Begin learning about business intelligence and the roles of BI analysts and engineers within organizations. You’ll discover the tools and techniques BI professionals use to make business decisions and improve processes. In addition, you’ll explore the similarities and differences between BI and data analytics.
Learning Objectives
- Describe the key concepts to be shared in the program, including learning outcomes.
- Define the types of organizations that employ BI analysts and teams.
- Describe the role of BI within an organization and typical work that BI analysts and engineers perform.
- Define the types of team members who may work with BI professionals, either by providing inputs or partnering on tech solutions.
- Explain the difference between data analytics and business intelligence.
- Describe the three BI stages of capture, analyze, and monitor.
- Explain the BI professional’s role in creating an effective BI strategy.
- Identify the key tools in the BI analyst’s toolbox.
- Understand key concepts involving how to acquire, manipulate, and integrate data with an organization’s systems.
- Describe how BI can make a positive impact at organizations.
- Understand program plans and expectations.
- Get started with business intelligence
- The organizations and teams that benefits from business intelligence
- Video: Explore business intelligence careers
- Reading: Business intelligence drives change
- Video: Business intelligence teams and partners
- Reading: Collaboration with business intelligence partners
- Practice Quiz: Test your knowledge: Organizations and teams that benefit from business intelligence
- Video: Business intelligence maximizes the value of data analytics
- Reading: Compare data analysis and business intelligence
- Video: The stages of business intelligence
- Practice Quiz: Test your knowledge: Business intelligence structures and stages
- Video: Contribute to a winning business intelligence strategy
- Reading: Key business intelligence documents
- Practice Quiz: Activity: Complete the business intelligence documents
- Reading: Activity Exemplar: Complete the business intelligence documents
- Reading: Case study: FeatureBase, Part 1: Fine tuning metrics for data collection
- Video: The business intelligence professional’s toolbox
- Reading: Review technologies and best practices
- Practice Quiz: Test your knowledge: How business intelligence makes an impact
- Practice Quiz: Assess your readiness for the Google Business Intelligence Certificate
- Video: Wrap-up
- Video: Gagan: Get connected
- Video: Quiz-taking tips and techniques
- Reading: Glossary terms from week 1
- Quiz: Weekly challenge 1
Get started with business intelligence
Video: Welcome to the Google Business Intelligence Certificate
- Business intelligence (BI) is the process of transforming data into insights that can be used to make better decisions.
- BI applications are endless, and so are the BI career opportunities.
- The Google Business Intelligence Career Certificate is designed to help you develop the skills you need to succeed in a BI career.
- The program is made up of three courses that can be completed on your own terms, at your own pace.
- You will learn how to use the tools of the trade, including SQL, data modeling, and BI visualizations.
- You will also learn how to build a portfolio of your work to showcase your skills to potential employers.
- The program is designed to prepare you for a job in three to six months, if you work on the certificate part-time.
- Whether you are seeking to switch careers, find a new job, or level up your skills, the Google Business Intelligence Career Certificate can help you achieve your goals.
Here are some key points from the passage:
- BI is a valuable tool for businesses of all sizes.
- The field is growing rapidly, and there are many job opportunities available.
- The Google Business Intelligence Career Certificate is a great way to learn the skills you need to succeed in this field.
- The program is flexible and can be completed on your own time.
- You will learn from industry experts and have the opportunity to build a portfolio of your work.
Our world is constantly
shifting and transforming. Companies everywhere are
working to lead the way to the next big thing, and consumers expect rapid,
exciting product launches and packages that are delivered to their doorsteps like magic. With all of this incredible change, the value of speed has
become immeasurable. It’s truly one of the
most important factors of business success today. After all, the ability to identify an issue or
opportunity is great, but real value is achieved
when you identify that issue before it becomes a huge problem, or act upon that opportunity
ahead of the competition. These days, there’s more data about marketplaces, organizations, customers, competitors, and
employees than ever before, but we need more than data alone to make better decisions
and deliver rapid results. And that’s where intelligence comes in… business intelligence. Business intelligence, or BI, involves automating processes
and information channels in order to transform relevant
data into actionable insights that are easily available
to decision-makers. In other words, by showing decision-makers what is currently happening, organizations become more
intelligent and successful. A national restaurant group might analyze millions of customer receipts to optimize its food
supply and reduce waste, or a local hospital could integrate numerous different data sources to review feedback and outcomes in order to help personalize
the patient experience, or perhaps a global manufacturing company uses supply chain data
from around the world to make more precise demand forecasts and ensure appropriate inventory levels. The BI applications are endless, and so are the BI career opportunities. The field involves such diverse
organizations and industries, that wherever your interest may be, there’s a path for you. In this program alone, you’ll learn about everything from appliance
manufacturers to grocery stores to local artisans to artificial
intelligence companies. BI professionals are making
an impact everywhere. As for me, my name is Sally, and I’m a Business
Intelligence Analyst at Google. I’m thrilled to welcome you to the Google Business
Intelligence Career Certificate. I’ll be your instructor for the first course of this program. Completing a Google Career
Certificate like this one will help you develop relevant skills that employers are looking for when hiring business intelligence talent. You’ll learn how to use the tools of a fast-growing, high-paying
field, and when you graduate, you can connect with hundreds
of employers in the US who are interested in hiring Google Career Certificate graduates. The program is designed
to prepare you for a job in three to six months, if you work on the certificate part-time. And it’s really flexible. There are just three courses, which you’ll complete on your own terms, at your own pace, all online. Whether you’re seeking to
switch careers, find a new job, level up your skills, or build a business, Google Career Certificates can open doors to new opportunities. You might know me from the Google Data
Analytics Certificate, which is a key foundation
for this program. What you will learn here
relies on that foundation, so you wanna be sure to
earn that certificate first or use our upcoming self-assessment to ensure you have comparable knowledge. I’ll be by your side
throughout this first course, making sure that you’re learning
what you need to succeed. I love the world of BI and
really enjoy working with SQL and digging into the
technical side of analytics in support of Google’s People Operations. This team is dedicated to
Google staffing, development, and a distinct and inclusive culture. But I didn’t start out in BI. When I first thought about
my professional path, I was interested in becoming a physician, but I ended up really enjoying
the biological sciences so I thought I’d be a
biomedical researcher. Of course, data analytics
is the science of data, so it kind of made sense that this field ended up peaking
my interest along the way. I started my career as
an analyst and here I am. That’s just one example, and everyone’s experience is different. In fact, the Google Career
Certificates were designed by industry professionals
with decades of experience, and you’ll have a different
expert from Google to guide you through each course. We’ll share our knowledge in videos, help you practice with
hands-on activities, and take you through scenarios that you might encounter on the job. First, meet my teammate, Ed. Hello, I’m Ed, and I’m a
product manager at Google. Together, we’ll explore
data modeling and ETL, which stands for extract,
transform, and load. It’s all about getting data
where and how you need it so you can analyze and monitor it. Next, you’ll meet Terrence. Hey there, I’m Terrence, and I’m a Senior Business
Intelligence Analyst. I’m really looking forward
to spending time with you as you discover how to apply your understanding of stakeholder needs when creating BI visualizations. We’ll also use dashboards
to present clear insights that can advance all kinds of companies. Hi, I’m Anita, and I’m a Senior Business
Intelligence Analyst here at Google. I’ll guide you through different career-building
topics and activities, including the end-of-course project, featuring portfolio creation. A portfolio is a collection of materials that can be shared with
potential employers. This exciting hands-on
experience will bring together everything you learned during this program and enable you to apply your skills to a realistic business scenario. We’re all really glad you’re here, and I, for one, can’t wait to get started. Are you ready to take the first step towards joining us in the BI profession? Let’s go!
Reading: Google Business Intelligence Certificate overview
Reading
Hello, and welcome to the Google Business Intelligence Certificate! In this program, you will explore the growing field of business intelligence (BI), learn how BI is crucial to organizations and the people they serve, and develop the relevant skills for a future career in the field. By completing the three courses in this certificate program, you’ll prepare for entry-level positions in BI. No prior BI experience is required to complete the program, but a foundational background in data analytics is strongly encouraged.
Enter a growing field
Companies report the largest skills gap in data analytics, and the demand for data analytics skills is growing over 15 times faster than the demand for the average skill in the US. Every business process, in organizations of all types and sizes, generates huge volumes of data. This data may be stored in different locations and formats that are difficult to access and don’t provide useful insights. To use that data to effectively inform business decisions, it needs to be retrieved, structured, interpreted, and reported in usable formats that enable stakeholders to understand and act. BI professionals play an extremely important role in this process: They manage data retrieval; organize data; interpret data in different ways to fit the problem at hand; and create data visualizations, dashboards, and other tools to provide stakeholder-ready insights.
Throughout this program, you will have multiple opportunities to develop your BI knowledge and skills. You will explore concepts and scenarios to learn what an entry-level BI professional must know and be able to accomplish to thrive in the field.
Google Business Intelligence Certificate courses
The Google Business Intelligence Certificate has three courses. During each course, you will complete hands-on assignments and projects based on both the day-to-day responsibilities and practical activities of a BI professional. You will learn more about a BI professional’s role in an organization and discover how to create tools and processes that empower the decision-making process. And you will create dynamic reports and dashboards that communicate near-real-time data trends. At the end of each course, you will also have an opportunity to complete a new step in a portfolio end-of-course project that will put your new skills to work and demonstrate what you have learned to potential employers. The courses of the program are as follows:
- Foundations of Business Intelligence (current course)
- The Path to Insights: Data Models and Pipelines
- Decisions, Decisions: Dashboards and Reports
Google Data Analytics Certificate content
The courses in the Google Business Intelligence Certificate build on many foundational concepts examined in the Google Data Analytics Certificate. During this program, you will encounter links to content from the Google Data Analytics Certificate. This material is meant to provide an optional review and act as a useful resource.
Benefits for job seekers
After completing all three courses, Google Business Intelligence Certificate graduates get access to exclusive job search resources, courtesy of Google. You’ll have the opportunity to:
- Build your resume, participate in mock interviews, and receive job search tips through Big Interview, a job-training platform that’s free for program graduates.
- Improve your interview technique with Interview Warmup, a tool built by Google with certificate graduates in mind. Access business intelligence-specific practice questions, transcripts of your responses, and automatic insights that help you grow your skills and confidence.
- Access thousands of job postings and free one-on-one career coaching with Career Circle. (You must be eligible to work in the U.S. to join.)
- Claim your Google Business Intelligence Certificate badge, and share your achievement on LinkedIn to stand out among other candidates to potential employers.
Congratulations on taking this first step to build your skills for a career in business intelligence. Enjoy the journey!
Reading: Course 1 overview
Reading
Hello, and welcome to Foundations of Business Intelligence, the first course in the Google Business Intelligence Certificate. You’re starting an exciting journey!
By the end of this course, you will discover the role of business intelligence (BI) professionals within an organization, explore how data is used in business processes and decision-making, and investigate BI tools you can use on the job.
Course descriptions
The Google Business Intelligence Certificate has three courses. Foundations of Business Intelligence is the first course.
- Foundations of Business Intelligence — (current course) Discover the role of BI professionals within an organization and the career paths they typically follow. Then, explore core BI practices and tools and learn how BI professionals use them to make a positive impact on organizations.
- The Path to Insights: Data Models and Pipelines — Explore data modeling and ETL processes for extracting data from source systems, transforming it into formats that better enable analysis, and driving business processes and goals.
- Decisions, Decisions: Dashboards and Reports — Apply your knowledge of BI and data modeling to create dynamic dashboards that track key performance indicators to meet stakeholder needs.
Course 1 content
Each course of this certificate program is broken into weeks. You can complete courses at your own pace, but the weekly breakdowns are designed to help you finish the entire Google Business Intelligence Certificate in two to four months.
What’s to come? Here’s a quick overview of the skills you’ll learn in each week of this course.
Week 1: Data-driven results through business intelligence
Begin your journey into business intelligence! Find out what’s in store for Course 1 and the whole certificate program. You will explore the Coursera platform, procedures, and content types, and meet other learners in the program. Then, you will begin learning about the BI industry and the roles of BI analysts and engineers. You will be introduced to BI tools and techniques for making business decisions and improving processes. Finally, you will learn the similarities and differences between the two fields of BI and data analytics.
Week 2: Business intelligence tools and techniques
After you’ve built a solid foundation in the basics of BI, you will focus on the actual BI process. This involves learning how to effectively engage with stakeholders, using BI tools to make the most of available data, and applying the power of rapid monitoring to make smart business decisions. In addition, you will start building some career resources by enhancing your online presence, developing strategies for networking and mentorship, and creating a portfolio that will impress future hiring managers.
Week 3: Context is crucial for purposeful insights
In this part of the course, you will reexamine the data limitation of context from a BI perspective. Then, you will learn about some other data limitations, including how to address constant change and access insights in a timely manner. You will also discover strategies that BI professionals use to anticipate and overcome these limitations. Finally, you will learn more about metrics and how they relate to context.
Week 4: Course 1 end-of-course project
In this part of the course, you’ll complete a BI portfolio project based on a BI case study. This experiential learning opportunity will enable you to discover how organizations use BI every day and bring together everything you’ve learned about BI in a compelling and instructive way. You will learn how to identify the specific types of industries and projects that are most interesting to you. And you will gain strategies for discussing these business types and BI tasks effectively with potential employers.
What to expect
Each course offers many types of learning opportunities:
- Videos led by Google instructors teach new concepts, introduce the use of relevant tools, offer career support, and provide inspirational personal stories.
- Readings build on the topics discussed in the videos, introduce related concepts, share useful resources, and describe case studies.
- Discussion prompts explore course topics for better understanding and allow you to chat and exchange ideas with other learners in the discussion forums.
- Self-review activities and labs give you hands-on practice in applying the skills you are learning and allow you to assess your own work by comparing it to a completed example.
- Interactive plug-ins encourage you to practice specific tasks and help you integrate knowledge you have gained in the course.
- In-video quizzes help you check your comprehension as you progress through each video.
- Practice quizzes allow you to check your understanding of key concepts and provide valuable feedback.
- Graded quizzes demonstrate your understanding of the main concepts of a course. You must score 80% or higher on each graded quiz to obtain a certificate, and you can take a graded quiz multiple times to achieve a passing score.
Tips for success
- It is strongly recommended that you go through the items in each lesson in the order they appear because new information and concepts build on previous knowledge.
- Participate in all learning opportunities to gain as much knowledge and experience as possible.
- If something is confusing, don’t hesitate to replay a video, review a reading, or repeat a self-review activity.
- Use the additional resources that are referenced in this course. They are designed to support your learning. You can find all of these resources in the Resources tab.
- When you encounter useful links in this course, bookmark them so you can refer to the information later for study or review.
- Understand and follow the Coursera Code of Conduct to ensure that the learning community remains a welcoming, friendly, and supportive place for all members.
Video: Introduction to Course 1
- Business intelligence (BI) is the process of collecting, analyzing, and presenting data to help businesses make better decisions.
- BI professionals use their skills to solve problems, simplify processes, and remove pain points for others.
- They also use their communication skills to share insights and help their team make effective decisions.
- BI professionals are inspired by a variety of things, but they all share a passion for using their talents to make other people happy.
- If you are interested in a career in BI, this course will teach you about the industry, the different roles available, and the skills you need to succeed.
- You will also learn about the similarities and differences between BI and data analytics, as well as the importance of context when working with data.
- Throughout the course, you will gain new skills in data modeling, data pipelines, dashboard design, and stakeholder communication.
- You will also learn how to develop a personal job search strategy and grow your professional network.
- If you have some experience in data analytics, or if you have earned your Google Data Analytics certificate, then you are well-prepared for this course.
- If you are unsure about your readiness, there is an ungraded assessment coming up soon to evaluate your skills.
Here are some key points from the passage:
- BI is a growing field with many job opportunities.
- BI professionals use a variety of skills, including analytical thinking, problem-solving, communication, and creativity.
- A career in BI can be very rewarding, both personally and professionally.
- This course is a great way to learn about BI and the skills you need to succeed in this field.
There are an endless
number of reasons to pursue a career in
business intelligence. Enjoying analytical thinking
or having an interest in numbers are wonderful
motivations for becoming a BI professional. But there’s so much more
to the world of BI. Maybe you’re passionate
about solving problems, simplifying processes, or removing
pain points for others. Perhaps you have great
communication skills, and you’d like to use them to share insights and help your team make
effective decisions. Lots of people in BI enjoy
creating tools that streamline tasks and enable
their colleagues to devote more time
to other projects. BI professionals are
inspired in all kinds of ways. But when I talked to my
colleagues here at Google, the thing they love
most is simply using their talents to
make other people happy. There’s a lot of satisfaction
in knowing that you’ve made someone’s job easier or saved them a bunch of
time. And right now, you’ve made me happy
because you’re here to explore the exciting and
rewarding career path, the BI. In this first course, you will begin learning
about the BI industry. If this is new
territory for you, you’ll discover how to
identify the career path and employer type that best suits
your skills and interests. You’ll also consider
the roles of BI analysts versus BI engineers. If you already have
some BI experience, we’ll open new doors to more fascinating
career opportunities. You’ll understand how to develop a BI project that
makes an impact. You’ll be introduced to BI tools and techniques that
professionals use every day for making business decisions and
improving processes. The similarities and differences between BI and data
analytics will be clarified. And together we will
explore the importance of context when working
with data and learn how to overcome
some common limitations, such as human bias. Then throughout the program, you’ll continue
gaining new skills. You will use data
modeling to design data storage systems
such as data warehouses, data marts, and data lakes. You apply data pipelines
and the ETL process. Designing and
interpreting dashboards will be an essential
part of your learning, as well as communicating with stakeholders about
your findings. Finally, you’ll prepare for your job search by developing
a personal strategy, growing your
professional network, and preparing materials. Most of the content in
this program builds upon core data
analytics concepts. If you have some
experience in that area, or if you earned your Google
Data Analytics certificate, then you’ve definitely
come to the right place. If you’re unsure about having the necessary prerequisites
for this program, there’s an ungraded
assessment coming up soon to evaluate your readiness. In addition, we’ll include
helpful resources from the Google Data Analytics certificate throughout
each course, which you can use to
review key concepts. Let’s start building your
BI skills and knowledge. Continue to the next lesson
to keep the momentum going.
Video: Sally: Personal career journey
- Sally is a Business Intelligence Analyst at Google.
- She got into data analytics through a business boot camp.
- She enjoyed the tangible results of data analysis and the puzzle-like nature of the work.
- She also enjoyed working with teams in the boot camp, which was different from her previous experience in the sciences.
- She got her first job in data analytics through a connection she made in the boot camp.
- She did not have a formal education in data analytics, but she taught herself SQL and other skills.
- She advises aspiring business intelligence professionals to focus on what they are good at and develop that skill into an expertise.
- She also advises them to consider the difference between data analytics and business intelligence.
Here are some key points from the passage:
- Business intelligence is a field that uses data to help businesses make better decisions.
- Data analytics is a broader field that includes business intelligence, as well as other areas such as machine learning and artificial intelligence.
- There are many different paths to a career in business intelligence.
- It is important to find a niche that you are good at and develop that skill into an expertise.
- There are many resources available to help you learn the skills you need for a career in business intelligence.
Hi, I’m Sally. I’m a Business Intelligence Analyst
at Google. What that means is, I work with data to help improve
the hiring experience at Google. The way in which I entered data analytics
is via a business boot camp that I did years ago. I was thinking of
becoming biomedical researcher and this is something I just wanted
to use during extra time that I had. We learned about just data
analysis in general and I found that I had like a knack for it. Everything just made sense. It was very tangible. You can see the results pretty immediately
and you could search for things. I love puzzles, so
trying to find using different clues and trying to find what is the answer. And I really enjoyed it as well
as enjoyed working with teams, which is different from
when I was in the sciences. It was very much independent,
I was doing my own thing. But within the business boot camp,
I was working within a group of people and that was so social and so much fun. And we were supporting each other and
I love that, that team environment. Through the program is
how I got my first job. There was someone I met on the program
who graduated a year before me. And when it was time for me to apply for
jobs, he had an opening on his team and he reached out to me to
see if I wanted to apply. So that’s actually how I
got into data analytics. I didn’t study data analytics. I had to teach myself everything from,
I had to teach myself SQL. I didn’t feel like I was
really contributing or that I had any security in this field. And so what I tried to do is I
try to teach myself python, go into machine learning, and what not. But ultimately, what I found is,
I don’t need to do that. I just need to find a niche – what
I’m good at – and develop that and become an expert in that. So the advice that I would give for someone who’s trying to enter the field
of business intelligence, is to consider the difference between
data analytics and business intelligence. I personally found that
I really like SQL. Love SQL on the technical
side of things. In addition to that, so I wanted to level
up and enter business intelligence. You can make your career within
the broader field of data analytics be whatever you want,
depending on what it is that you enjoy.
The organizations and teams that benefits from business intelligence
Video: Explore business intelligence careers
- Data is being created at an ever-increasing rate, and businesses need professionals who can help them access, analyze, and use this data to make better decisions.
- Business intelligence (BI) professionals play a vital role in helping businesses make sense of their data. They gather requirements from stakeholders, analyze data, and create visualizations and reports to communicate insights.
- There are two main types of BI professionals: BI analysts and BI engineers. BI analysts focus on gathering and analyzing data, while BI engineers focus on designing and implementing data tools and processes.
- A career in BI is a great option for those who are interested in data analysis and problem-solving. BI professionals are in high demand and enjoy strong career prospects.
- BI professionals also find their work rewarding because they know that they are making a positive impact on businesses and organizations.
Here are some additional points that are mentioned in the text:
- BI professionals can help businesses improve their efficiency, profitability, and customer service.
- They can also help businesses identify new opportunities and make better strategic decisions.
- BI is a rapidly growing field, and there are many opportunities for BI professionals to learn and grow.
We often hear about all of the data that’s created
each and every day. It could be something
as simple as taking a photo with your phone
or paying your bills, or something as complex as
a global company launching a new product or running a multimedia
advertising campaign. It really feels like practically
everything creates data. So it’s no wonder that
organizations need experts to help them
access the right data, use it to find ways to grow and improve, and put those
insights into action. In fact, as the volume
of data is ever escalating so is a need for professionals who can
make that data shine. For instance, in my role, I’m proud to be
able to use data to give my stakeholders
a quick overview of exactly what they need to know without getting
lost in the details. The tools I create enable them to clearly evaluate
the candidate hiring and employee experiences within Google’s
People Operations. One way this works is by showing
my stakeholders how long the interview journey is when someone is being
hired at Google. This is important because it helps them determine
if we need to hire more recruiters or
interview schedulers in order to improve the
process for our candidates. In this video, you’ll learn more about how those
of us in BI offer value to our colleagues
and how we help shape the future of
our organizations. There are so many different
potential roles to explore. For example, in this program, you’ll learn a lot about BI
analysts and BI engineers. BI analysts gather requirements
from stakeholders, partners, and team members. They use their understanding of large datasets to retrieve, organize, and interpret data. Then they create
visualizations, dashboards, and reports to use when presenting and communicating
insights to others. The intelligence they share might be used to make decisions, develop a new process, or create a business strategy, or it could be applied
to even deeper analysis. BI engineers are
responsible for designing, configuring, implementing, and improving data
tools and processes. They evaluate and
streamline various devices, infrastructures, and information channels
called pipelines. Engineers are excellent
troubleshooters and help find solutions
to security issues, application permissions
and updates, and other technical challenges. In other words, a BI engineer manages tools and processes, which enables a BI analyst to put those tools and
processes to work. However, it’s also
important to note that some companies
don’t distinguish between those two BI jobs, using the terms analyst and
engineer interchangeably. So when you begin to explore
job opportunities, be sure to spend some time
researching the job and organization in order to fully understand
what’s involved. No matter which path
you ultimately choose, a career in BI has a
potential to be amazing. Research shows that
all industries today need skilled
BI professionals. But there are not
enough people with the right experience and
talent to satisfy this demand. BI professionals enjoy
strong career prospects. In fact, a quick search for
job openings in the industry reveals thousands of
opportunities on LinkedIn alone. But perhaps best of all, BI professionals find the work rewarding and fulfilling because we know what we do makes
someone else’s life better. Coming up and throughout
this program, you’ll discover some really
inspiring examples of just how BI makes such
a positive impact. I can’t wait to
share them with you.
- Learn about the different roles in business intelligence. There are many different roles in business intelligence, each with its own set of responsibilities. Some of the most common roles include:
- BI analyst: BI analysts gather and analyze data to help businesses make better decisions.
- BI engineer: BI engineers design, build, and maintain data pipelines and BI tools.
- BI developer: BI developers create and maintain BI applications.
- BI manager: BI managers oversee the BI team and ensure that the BI function is aligned with the business goals.
- Identify the skills and experience you need for a BI career. The specific skills and experience you need for a BI career will vary depending on the specific role you are interested in. However, some of the most common skills include:
- Data analysis skills
- Data visualization skills
- SQL skills
- Business intelligence tools
- Programming skills
- Communication skills
- Problem-solving skills
- Network with people in the BI field. Networking is a great way to learn about BI careers and meet people who can help you get started. Attend industry events, join online forums, and connect with people on LinkedIn.
- Get certified. Getting certified can demonstrate your skills and knowledge to potential employers. There are many different BI certifications available, so choose one that is relevant to the role you are interested in.
- Start building your portfolio. A portfolio is a great way to showcase your skills and experience to potential employers. Include projects you have worked on, visualizations you have created, and any other relevant work.
- Apply for jobs. Once you have the skills, experience, and portfolio, you can start applying for BI jobs. Be sure to tailor your resume and cover letter to each specific job you apply for.
- Don’t give up. The job search can be tough, but don’t give up. Keep learning and growing, and eventually you will find the right BI career for you.
Here are some additional tips for exploring business intelligence careers:
- Take some online courses or tutorials on data analysis and visualization.
- Volunteer your data analysis skills to a local organization.
- Build a personal website or blog to showcase your work.
- Attend industry conferences and meetups.
- Network with people on LinkedIn and other social media platforms.
Reading: Business intelligence drives change
Reading
As you have been learning, a business’s ability to identify issues before they become problems or act on opportunities before their competition is key to intelligent decision-making. Now more than ever, we have access to data about our marketplace, organizations, customers, competitors, and employees. But in order to turn that data into rapid results, we need business intelligence. Business intelligence involves automating processes and information channels in order to transform relevant data into actionable insights that are easily available to decision-makers.
In this reading, you’re going to explore two examples of how BI has helped real businesses gain insights, access the right data, and find ways to grow and improve their processes to put those insights to work.
Restaurants reducing waste
Consider a fictitious scenario about a fast-food restaurant chain. Leaders at this company have huge amounts of data to manage, such as:
- customer transactions
- marketing data related to promotions
- customer satisfaction
- employee information
And so much more! But on top of all of that, the company also has to consider the logistics for individual restaurants. That’s where the problem comes in.
The problem
The restaurants need to have ingredients to cook and serve customers, but if they have too much, that extra stock often goes to waste. Company leadership consults with their BI team to consider how to approach two concerns:
- How to ensure the restaurants’ numerous locations have enough ingredients to meet customer demand
- How to reduce food waste
However, these stakeholders currently don’t have metrics in place to specifically measure food waste or strategies to reduce it. This is exactly where the BI team will need to start.
The solution
In order to address the stakeholder’s needs, the BI team spends time gathering information about current metrics and processes. They first use this information to determine what data they have and how it’s being used. They discover that there are already useful metrics being applied in other ways by various teams in the company, including:
- How many ingredients are delivered to each location
- How much of each menu item is made each day
- How much of each menu item is actually being ordered each day
By comparing these existing metrics, the company can better understand how much food is going to waste. Thus, the BI analysts are able to gather the necessary information on incoming food delivery, customer orders, and food consumption in the form of a dashboard for stakeholders to monitor food waste. The BI analysts then organize this data within the database systems and deliver it to new tables that report the results for stakeholders to consider as they strategize how to reduce food waste.
The results
Knowing how much food is actually going to waste now enables stakeholders to better achieve their goals. The restaurant chain discovers that the largest source of food waste is the French fries. Across their locations, 10–20% of French fries are left over at the end of the month. With this information, the company’s central operations team sends out a memo to all branches recommending they reduce their incoming French fry delivery by 10%. In this way, the BI analysts are able to help the business identify an area for improvement and reduce waste.
Hospitals promoting patient care
Hospitals also have to manage a lot of different kinds of data — especially patient information. They also have a variety of data sources that they need to access and share to ensure that other connected users — such as doctors working outside of the hospital — can get patients the treatment they need without wasting time or resources.
The problem
For this scenario, consider a hospital system that’s challenged to communicate effectively with doctors who don’t work within the same hospital system. Administrators have noticed that this creates a few different problems:
- Doctors outside of the system can’t access test results from the hospital
- Patients are being tested multiple times
This is expensive and inefficient, both for the hospital and patients. So, decision-makers choose to work with a team of BI specialists to create database systems that get data in the hands of doctors who need it.
The solution
Basically, this hospital system is experiencing a problem related to inaccessible patient data. There is a lot of data streaming in from multiple source systems that needs to be consolidated into one destination that can be used by doctors, including information about:
- Previous visits
- Tests
- Allergies
And other relevant medical information. So, the BI team develops a pipeline system that ingests data from all key sources, processes and transforms it so that it is consistent, and delivers it to a database system where doctors are able to access all the information they need.
The results
By streamlining the hospital’s many data sources into one consolidated database, the BI team helps save the hospital money and resources by eliminating duplicate tests. Now, doctors are better able to treat patients, patients save money on redundant tests and procedures, and the hospital can run more efficiently. This is all thanks to the tools built by the BI team!
Key takeaways
No matter what industry you’re working in, BI can automate processes and information channels to empower the people who need that data to answer questions and make decisions. From restaurants reducing waste to hospitals advancing patient care, BI analysts create systems and tools to anticipate needs and enable organizations to reach their objectives.
Video: Business intelligence teams and partners
- Business intelligence (BI) professionals often collaborate with other team members to solve complex problems.
- Some of the key players that BI professionals may work with include API professionals, data warehousing specialists, data governance professionals, data analysts, IT professionals, and project managers.
- The specific team members that a BI professional works with will vary depending on the organization, the available tools, and the nature of the work.
- It is important for BI professionals to collaborate with others in order to get the insights they need to make informed decisions.
Here are some additional points that are mentioned in the text:
- API professionals create the interfaces that BI professionals need to access data from third-party platforms.
- Data warehousing specialists develop processes and procedures to store and organize data.
- Data governance professionals manage the availability, integrity, and security of data.
- Data analysts collect, transform, and organize data.
- IT professionals test, install, repair, upgrade, and maintain the hardware and software that organizations use.
- Project managers handle the day-to-day project steps, scope, schedule, budget, resources, and much more.
- Stakeholders are the people who are affected by the BI project.
What do you do when you’re facing
a really challenging task or big problem? You’ve done your research,
tried multiple approaches, but nothing seems to be working. It’s natural to be frustrated. We’ve all been there. But a much better strategy
is to simply ask for help. As the saying goes,
two heads are better than one. And in business complex
problems often require 5, 10, or even hundreds of people
coming up with potential solutions. This is why business intelligence
professionals collaborate with lots of different team members in their work.
Brainstorming and building together, pulling knowledge, and working out
issues is essential to the BI process. BI professionals also rely
on team members to provide important inputs for their projects and
to partner on solutions. This video will share examples of
the key players you might work with. Keep in mind every organization handles
job titles differently, so you may encounter some discrepancies or overlap,
but this is a great place to start. First up, API professionals. API stands for
application programming interface. This is a set of functions and procedures
that integrate computer programs forming a connection that
enables them to communicate. There are so
many different roles that involve APIs. Including API strategists, developer, engineer, and product owner. When you’re working in business
intelligence, you might collaborate with API professionals in order to create the
interface that you need for a particular project, especially if some of your data
is coming from a third party platform. APIs bring that data into the internal
company database in order to build reporting tools and dashboards. API professionals code in a number
of different computing languages including Python, Java, and so many others. So it’s up to API partners to write
code that’s specific to each project and business need. You may work with data warehousing
specialists who develop processes and procedures to effectively store and
organize data. These people also help ensure BI
professionals can easily access the data they need. There are also data
governance professionals. These team members are responsible for the formal management of
an organization’s data assets. This may involve managing
the availability, integrity, and security of data based
on internal standards and policies. This is very important for
making sure data is trustworthy and doesn’t get misused or corrupted. Of course data analysts are key
partners as they collect, transform and organize data. They are dataset specialists reviewing
and validating the data all the time. They also identify and implement
exciting new analysis methodologies. Another key team is IT. Information technology professionals test
install, repair, upgrade, and maintain the hardware and software solutions
that organizations use every single day. BI professionals work with the IT department in order to maximize all of the available data and data tools. In addition, project managers are key
collaborators, as they handle the day-to-day project steps, scope, schedule,
budget, resources, and much more. There are all kinds of contributors and
every organization is different. Who you work with will depend on the size of
the company, the available tools, and the nature of the work. For example, if your project deals
with the customer experience, then the customer success team will
be essential to providing inputs. If your project is about
employee engagement, then you’ll work closely with the HR team. And because my work involves hiring
processes, I really benefit from collaborating with the recruiting
team members here at Google. Now, there is another essential
group of people on the team and that’s your stakeholders.
In an upcoming section in this course, we’ll talk lots more about the various
stakeholder roles as they relate to BI. We’ll also explore different stakeholder
goals and how you can use your BI skills to reach them. Stay tuned.
What is a business intelligence team?
A business intelligence (BI) team is a group of people who work together to collect, analyze, and visualize data in order to help businesses make better decisions. The specific roles and responsibilities of a BI team will vary depending on the organization, but some common roles include:
- BI analysts: BI analysts gather and analyze data to identify trends and patterns. They also create reports and dashboards to communicate their findings to stakeholders.
- BI developers: BI developers design, build, and maintain BI applications. They also work with BI analysts to ensure that the applications meet the needs of the business.
- BI architects: BI architects design the overall BI architecture for the organization. They also work with other IT teams to ensure that the BI infrastructure is scalable and secure.
- BI managers: BI managers oversee the BI team and ensure that it is meeting the needs of the business. They also work with other stakeholders to identify and prioritize BI projects.
Who are the key partners of a business intelligence team?
In addition to the members of the BI team, there are a number of other people who are important partners in the BI process. These partners include:
- Data scientists: Data scientists use advanced statistical and machine learning techniques to extract insights from data. They can be valuable partners for BI teams in developing predictive models and other advanced analytics.
- IT professionals: IT professionals are responsible for the hardware and software that the BI team uses. They can help the BI team to select the right tools and technologies, and they can also help to troubleshoot problems.
- Business users: Business users are the people who will ultimately use the BI team’s insights. They can provide valuable feedback to the BI team on the usability and effectiveness of the BI applications.
- Stakeholders: Stakeholders are the people who are affected by the BI project. They can include executives, managers, and other employees. Stakeholders can provide valuable input to the BI team on the goals of the project and the metrics that should be used to measure success.
How do business intelligence teams and partners collaborate?
The success of a BI project depends on the effective collaboration of the BI team and its partners. This collaboration should be based on a shared understanding of the business goals, the data that is available, and the tools and technologies that can be used. The BI team should work closely with data scientists, IT professionals, business users, and stakeholders to ensure that the BI project is successful.
Here are some tips for effective collaboration between BI teams and partners:
- Establish clear communication channels. The BI team should establish clear communication channels with its partners. This can be done through regular meetings, email, or other means.
- Share information openly. The BI team should share information openly with its partners. This includes sharing data, reports, and other insights.
- Be responsive to feedback. The BI team should be responsive to feedback from its partners. This feedback can help the BI team to improve the quality of its work.
- Build trust. The BI team should build trust with its partners. This can be done by being open and transparent, and by delivering on its promises.
By following these tips, BI teams can collaborate effectively with their partners to deliver valuable insights that can help businesses to make better decisions.
Which business intelligence team members are responsible for the formal management of an organization’s data assets?
Data governance professionals
Data governance professionals are responsible for the formal management of an organization’s data assets. This may involve managing the availability, integrity, and security of data based on internal standards and policies.
Reading: Collaboration with business intelligence partners
Reading
Previously, you learned about the many different partners a business intelligence professional might team up with to create systems and tools for an organization to improve processes and provide stakeholders with ongoing insights. These partners could include:
- API professionals
- Data warehousing specialists
- Data governance professionals
- Data analysts
- IT professionals
- Project managers
- And many more!
Complex business problems require collaboration and cross-team cooperation. These partners have unique knowledge, experience, skills, and perspectives to bring to the table. Brainstorming and building together, pooling knowledge, and fleshing out issues is essential to the BI process.
Tackling complex problems is related to a concept you might already be familiar with if you completed the Google Data Analytics Certificate: structured thinking. Structured thinking is the process of recognizing the current problem or situation, organizing available information, revealing gaps and opportunities, and identifying the options. Basically, structured thinking allows you to break a problem down into manageable pieces.
The same is true for BI. Often, you have a complex problem with a lot of pieces to consider; by using a structured approach and breaking down the problem to manageable pieces, the process to solve the issue and get results is much easier. And your partners in the organization are a great resource along the way.
Now, let’s explore some examples of BI professionals collaborating with their partners to solve problems and provide insights to stakeholders that empower decision-making.
Managing membership data
The marketing team for a retail store was looking for ways to increase memberships for its loyalty program. Leaders wanted to encourage repeat customers to enroll. However, they didn’t have a system in place that allows analysts to explore both member and nonmember sales data. This requires ingesting data from a variety of systems, including the store’s online membership form and sales data. So, in addition to building a tool that moves and transforms key data, the BI team also needed to make the data from different systems align with the destination system.
In this case, they collaborated with several teams:
- The marketing team: The marketing team was the primary stakeholder for this initiative. They worked with the BI team to determine project requirements, timelines, and deliverables.
- The API team: Next, the BI team collaborated with the API professionals in order to integrate the data into the internal company database. The API team also helped build the reporting tools and dashboards.
- Data warehousing specialists: Then they teamed up with data warehousing specialists to create a storage and organization system for the newly acquired data.
In the end, the marketing team was empowered with a system that allowed them to access the data they needed to explore customer trends and strategize ways to increase membership for their loyalty program.
Securing sensitive data
Another BI professional was working at a tech company that creates health-monitoring tools such as smart watches. The data analysts on their team were interested in exploring user data to find out how customers are using their products. Because some personally identifiable information was included, it was critical that all data be anonymized and secured.
The BI team partnered with the data warehousing specialists and data governance team in order to make sure that the storage systems protected the users while allowing data analysts to draw insights. In the end, the data analysts were able to use the smart watch data to explore trends and provide insights while still maintaining the privacy of users.
Key takeaways
Collaborating with the people on your team who have different skills and perspectives is an important part of a structured approach to BI. As a BI professional, you will collaborate with a variety of partners to create systems that empower stakeholders with data to advance and succeed.
Practice Quiz: Test your knowledge: Organizations and teams that benefit from business intelligence
What are the typical responsibilities of a business intelligence analyst? Select all that apply.
- Gather requirements from stakeholders, partners, and team members.
- Retrieve, organize, and interpret an organization’s data.
- Gather requirements from stakeholders, partners, and team members.
Business intelligence analysts gather requirements from stakeholders, partners, and team members. They use their understanding of large datasets to retrieve, organize, and interpret data. Then, they create visualizations, dashboards, and reports. Business intelligence engineers evaluate and streamline devices, infrastructures, and information channels.
Fill in the blank: To enable different computer programs to communicate with one another, companies can use an application programming _. This is a set of functions and procedures that integrate diverse systems.
interface
To enable different computer programs to communicate with one another, companies can use an application programming interface, or API. This is a set of functions and procedures that integrate diverse systems.
Which stakeholders do business intelligence professionals collaborate with in order to maximize available data and data tools?
Information technology professionals
Business intelligence professionals collaborate with information technology, or IT, professionals in order to maximize available data and data tools. IT professionals test, install, repair, upgrade, and maintain the hardware and software solutions.
Business intelligence structures and stages
Video: Business intelligence maximizes the value of data analytics
- Business intelligence (BI) and data analytics (DA) are both important for data-driven decision-making.
- BI focuses on using data to answer questions about what happened, while DA focuses on using data to answer questions about why things happened and to predict what might happen in the future.
- BI professionals build data reporting tools such as dashboards, while DA professionals use these tools to answer questions or solve problems.
- BI is all about near-real-time rapid monitoring, while DA can involve more in-depth analysis of historical data.
- BI professionals typically work on large scale projects that are helpful for multiple stakeholders, while DA professionals may work on more specific projects.
- Both BI and DA professionals need to have strong technical skills, but BI professionals also need to have strong communication and presentation skills.
- BI and DA are complementary disciplines that work together to help organizations advance on the data maturity scale.
Here are some additional points that are mentioned in the text:
- Data maturity is the extent to which an organization is able to effectively use its data in order to extract actionable insights.
- BI professionals need to be able to juggle many different priorities, pay attention to detail, own a process, communicate with others, and go beyond surface level requests.
- BI and DA professionals can build a career by connecting with others and driving results.
With business intelligence and data analytics gaining so
much popularity these days, the term business
intelligence and data analytics are often
defined incorrectly, oversimplified, or used interchangeably for
speedy communication. That can lead to
confusion because BI and DA are quite different. In this video, we’re
going to sort that out. First, let’s establish
that both BI and DA professionals enable data-driven decision-making
in their organizations. They’re also both a key part of their company’s
data maturity. Data maturity is the extent to which an
organization is able to effectively use its data in order to extract
actionable insights. Whether that data includes information about
your customers, staff, products, suppliers,
finances, or something else, it’s worthless if it
can’t be put to work. Putting data to work requires skilled professionals
who can apply techniques and technologies to achieve high levels of maturity. In this effort, data
analysts are primarily involved with using data to answer questions
about what happened. On the other hand,
BI professionals aim to achieve higher levels of data maturity by building data reporting tools
such as dashboards. Dashboards continuously
analyze and monitor data. The work isn’t complete just because the tool
has been created. The analysis and monitoring are ongoing. This is
because BI involves establishing repeatable methods
to understand how things are operating and by
knowing the current state, company leaders can take action to improve
the future state. For example, a BI
professional might investigate what
new sales prospects are being targeted today. How many customers have
we gained this month? Or did our weekly email perform well with new subscribers? Because BI is all about
near-real-time rapid monitoring, BI insights are most effective when they make an
impact right now. Therefore, the people who use the reporting tools
wants to make sure they are practical
and efficient. BI professionals are
expert tool builders. Then it’s typically
the data analysts who apply these tools
in order to answer a question or solve a problem by examining the data through
a specific topic or lens. Again, a big part of BI is
creating dashboards that provide users with clear
snapshots of the current state. These tools must be impactful
and easy to interpret. Even for non-technical people. If you like thinking
about what you can create that meets the needs
of many different users, BI will let you do just that. BI professionals
generally work on large scale projects that are helpful for multiple
stakeholders. Also, as you consider how you
will fit in the BI world, note that BI professionals
are experts in data infrastructure and enjoy the technical side
of data analytics. For instance, if
you love working with databases, big data, and the computer
programming language SQL, BI will give you the opportunity to take your queries
to the next level. If you earned the Google Data
Analytics certificate, the content included
there formed your foundational
knowledge and experience. Now, this BI program
will provide a complimentary skill set that builds on
those foundations. It will also add a lot of very marketable talents to
your resume that will create a compelling combination
of skills for employers to consider and will open the doors for more
job opportunities. In addition to the
technical side of things such as managing
large datasets, writing queries in SQL,
and creating dashboards. You’ll learn some really
worthwhile professional skills. These include: the
ability to juggle many different priorities,
attention to detail, owning a process,
communicating with others, and learning how to go beyond
surface level requests. Perhaps most importantly, you’ll discover the
value of connecting with others to really drive
results and that’s how you build a career rather
than just have a job. In future lessons, you
will continue to explore the similarities and
differences between BI and DA. The two disciplines complement
and rely on each other. Just like the talented people
who work in these roles. Together, they help
their organizations advance on the data
maturity scale every day.
- Collect and store data. The first step is to collect and store data from a variety of sources, such as customer transactions, social media, and sensor data. This data can be structured or unstructured, and it can be stored in a variety of ways, such as in a data warehouse or a data lake.
- Clean and prepare the data. Once the data is collected, it needs to be cleaned and prepared for analysis. This involves removing errors, filling in missing values, and transforming the data into a format that can be easily analyzed.
- Analyze the data. The data can be analyzed using a variety of statistical and machine learning techniques. The goal of the analysis is to identify patterns and trends in the data that can be used to make informed decisions.
- Visualize the results. The results of the analysis can be visualized using charts, graphs, and dashboards. This makes it easier to understand the results and to communicate them to others.
- Take action. The final step is to take action based on the results of the analysis. This could involve making changes to products or services, developing new marketing campaigns, or improving customer service.
BI can maximize the value of data analytics by providing a framework for collecting, storing, cleaning, analyzing, visualizing, and acting on data. By following these steps, organizations can gain insights from their data that can help them make better decisions and improve their bottom line.
Here are some additional tips for maximizing the value of BI and data analytics:
- Make sure that the data is accessible to the people who need it.
- Train employees on how to use BI and data analytics tools.
- Create a culture of data-driven decision-making.
- Share the results of the analysis with stakeholders.
- Use BI and data analytics to improve processes and optimize operations.
By following these tips, organizations can get the most out of their BI and data analytics investments.
When helping their organizations achieve data maturity, business intelligence professionals are typically responsible for which of the following tasks? Select all that apply.
- Building data-reporting tools and dashboards
- Working on large-scale projects that are helpful to multiple stakeholders
- Establishing repeatable methods for monitoring data
Business intelligence professionals are typically more involved with building data-reporting tools and dashboards, establishing repeatable methods for monitoring data, and working on large-scale projects that are helpful to multiple stakeholders.
Reading: Compare data analysis and business intelligence
Reading
If you earned the Google Data Analytics Certificate or have experience working with data, you probably know that data analytics and business intelligence have both similarities and differences. In many ways, BI builds on tasks that data analysts perform. Often, data analysts are the stakeholders for whom BI professionals develop systems. In this reading, you’ll compare and contrast DA and BI to explore more about these similarities and differences.
Data tasks | DA | BI |
---|---|---|
Involvement | The first step of the data analysis cycle is to define the business problem and establish stakeholder expectations. | In addition to defining business problems and asking questions to establish expectations, BI professionals observe current processes to determine how they can be improved to align more with stakeholder needs. |
Answering questions | Data analysts are often tasked with deciding what data they need to answer their stakeholders’ questions and gathering that data for use. | BI professionals evaluate the data needs of their stakeholders, identify necessary sources, and design pipeline systems that automatically and continuously gather that data for stakeholders to access. |
Gathering data | Once data has been gathered, data analysts must ensure that it is clean and ready for use. They also perform transformations on the data to prepare it for analysis. | BI professionals build tools that clean and transform data automatically within a pipeline so that these processes occur to all data being ingested by the pipeline process. |
Storage systems | Data analysts must adhere to organization conventions and store historical data for analysis. | BI professionals develop storage systems that allow intake from multiple source systems into a destination database, while governing the database schema and optimizing the system. |
Descriptive and predictive analytics | Data analysis focuses on descriptive analysis that describes historical trends. | BI uses analysis of historical trends to perform predictive analytics that enable organizations to determine likely future trends and act accordingly. |
Presenting insights | After analysis, data analysts present their findings to inform the stakeholders’ ultimate decision. | BI analysts create tables, reports, and dashboards that empower stakeholders with access to the data they need to inform their whole decision-making process. |
Iteration | After the initial analysis, data analysts may repeat their analysis based on their findings or new information. | BI analysts continue to iterate on processes to improve and optimize the systems and tools they have built to ensure they continue to be useful for stakeholders. |
DA and BI share a lot of common ground: They are both fields in which professionals use data to create insights that inform decision-making. But BI is more focused on creating processes and information channels that transform relevant data into actionable insights that are easily available to decision-makers on a continual basis.
Video: The stages of business intelligence
- Business intelligence (BI) is a process of collecting, analyzing, and presenting data to help businesses make better decisions.
- The three stages of BI are capture, analyze, and monitor.
- The capture stage is the “what happened” stage. It involves collecting data from a variety of sources, such as databases, spreadsheets, and social media.
- The analyze stage is the “why did it happen” stage. It involves analyzing the data to identify trends, patterns, and relationships.
- The monitor stage is the “what’s happening now” stage. It involves using automated processes and information channels to track data in real time.
- The BI tools used in the monitor stage can reveal upswings, downturns, changes, challenges, opportunities, and much more.
- Decision-makers use the insights from BI tools to proactively work towards business goals.
Here are some additional points that are mentioned in the text:
- The BI process can be automated or done manually.
- The BI process can be used to improve decision-making in all areas of a business, such as marketing, sales, operations, and finance.
- BI is a valuable tool for businesses of all sizes.
If you earned your Google
Data Analytics certificate, then you’re very familiar with the data life cycle and
the data analysis process. Data analysts use these phases in their work every single day in order to gain insights that lead to informed decision-making. As a quick refresher, the data life cycle
is a sequence of stages that data experiences, which include plan, capture, manage, analyze,
archive, and destroy. The data analysis process
occurs in six phases. Ask, prepare, process,
analyze, share, and act. Business intelligence
also has phases, a sequence of three stages that determines the value of BI, as well as organizational
data maturity. As you’ve learned,
data maturity is a meaningful goal for
any BI team because high maturity means
their organization is effectively using
its data in order to extract actionable insights. In BI, the three stages are capture, analyze, and monitor. As you advance through each one, the process requires
a deeper level of exploration and investigation, so each becomes more complex. These phases might be
automated or done manually, but each one adds
significant business impact, which is well worth the effort. It’s important to
understand these stages and how they can benefit you
as a BI professional. We’re going to explore each
one of them in this video. Let’s start with capture, which is the “what happened”
point in the BI process. This stage pertains to static backward-looking
data. For instance, if you were to query a
database to return a data set about what your customers
purchased last month, that’s an example of
capturing information. Or you might access a
spreadsheet that lists profits and losses from
the previous quarter. That’s also an example of capturing or record of
certain information. Records are essential to BI, but they don’t enable
users to easily investigate in depth and
really dig into the data, and that hinders the insights
they’re able to provide. Also, because of
data in this stage is rigid and backward-looking, it’s not always very useful for proactive
forward-looking decisions. Capturing information is a
necessary element of BI, but information alone doesn’t let us know what’s working well, how we can improve
or what to do next. However, in the following step, things get better. Which brings me to Stage 2: analyze. The “why did it
happen” part of BI. You already know a
lot about this stage, but as a quick reminder, data analysis is when
we draw conclusions, make predictions, and drive
informed decision-making. Because the analyze stage
explorers why things happen, it’s much more
likely to result in effective plans and strategies. In this way, it enables
BI professionals to better understand key
relationships between data points. They do this by examining data
more deeply, more broadly, or even side-by-side,
in order to identify connections that at first
might not have been apparent. Now we’ve come to
the final part of the process: monitor. Monitor is the “what’s
happening now” stage, and here’s where
BI professionals really get to show off their
unique skills and expertise. In this stage, you use automated processes and
information channels, such as data models, ETL pipelines,
dashboards and more. These exciting tools take the data that
organizations create every single day and
transform it into true intelligence that is easily available
to stakeholders. These BI tools reveal upswing, downturns, changes, challenges, opportunities,
and much more. Decision-makers then use
the insights these tools deliver in order to proactively work
towards business goals. You’ll learn all about these BI tools in
upcoming courses, and soon in this course, I’ll provide some
foundational information about the BI
professional’s toolbox. You can use it to
start familiarizing yourself with what happens
during the monitor stage. For now, great job on all the progress
you’ve made so far. I’m so happy to be sharing
the world of BI with you. Let’s keep it up and
head to the next lesson.
- Stage 1: Capture
The first stage of BI is to capture data from a variety of sources, such as databases, spreadsheets, and social media. This data can be structured or unstructured, and it can be collected in real time or historical.
- Stage 2: Prepare
Once the data is captured, it needs to be prepared for analysis. This involves cleaning the data, removing errors, and filling in missing values. The data may also need to be transformed into a format that can be easily analyzed.
- Stage 3: Analyze
The third stage of BI is to analyze the data to identify trends, patterns, and relationships. This can be done using a variety of statistical and machine learning techniques.
- Stage 4: Visualize
The results of the analysis can be visualized using charts, graphs, and dashboards. This makes it easier to understand the results and to communicate them to others.
- Stage 5: Act
The final stage of BI is to act on the results of the analysis. This could involve making changes to products or services, developing new marketing campaigns, or improving customer service.
The stages of BI are not always linear. In some cases, it may be necessary to go back and forth between stages. For example, if the analysis reveals that the data is not clean enough, it may be necessary to go back to the prepare stage.
The BI process can be automated or done manually. Automated BI tools can help to speed up the process and make it more efficient. However, manual BI can be more flexible and can be tailored to the specific needs of the organization.
BI is a valuable tool for businesses of all sizes. It can be used to improve decision-making in all areas of a business, such as marketing, sales, operations, and finance.
Here are some additional tips for implementing BI in your organization:
- Start with a clear understanding of your business goals. What do you hope to achieve by using BI?
- Identify the data that you need to collect. What data will help you to achieve your goals?
- Choose the right BI tools. There are a variety of BI tools available, so it is important to choose the ones that are right for your needs.
- Train your employees on how to use the BI tools. BI tools can be complex, so it is important to make sure that your employees know how to use them effectively.
- Communicate the results of the BI analysis to stakeholders. The insights from BI can only be helpful if they are communicated to the people who need them.
By following these tips, you can implement BI in your organization and start to reap the benefits of data-driven decision-making.
Fill in the blank: The business intelligence stages of capture, analyze, and monitor help determine BI’s business value, as well as an organization’s _____.
data maturity level
The business intelligence phases of capture, analyze, and monitor help determine BI’s business value, as well as an organization’s data maturity level. Data maturity is the extent to which an organization is able to use its data in order to extract actionable insights.
Practice Quiz: Test your knowledge: Business intelligence structures and stages
A business intelligence professional is considering how effectively their team is able to use the data available to them in order to extract actionable insights. What BI concept is the focus of this situation?
Data maturity
This situation is focused on data maturity. Data maturity describes the extent to which an organization is able to effectively use its data in order to extract actionable insights.
In business intelligence, which stage might involve querying a database to return a financial dataset or accessing a spreadsheet of marketing campaign data?
Capture
In business intelligence, the capture stage might involve querying a database to return a financial dataset or accessing a spreadsheet of marketing campaign data. This stage pertains to static, backward-looking data.
In what ways might data analysis be used in order to help business intelligence professionals provide data-driven insights? Select all that apply.
- Examining data more in-depth
- Understanding relationships between data points
- Exploring why things happened
Data analysis may be used to help business intelligence professionals provide data-driven insights in many ways. Some examples include exploring why things happened, understanding relationships between data points, and examining data more in-depth.
How business intelligence makes and impact
Video: Contribute to a winning business intelligence strategy
- Business intelligence (BI) is a complex process that requires a 360-degree view of the organization.
- A BI strategy is the management of the people, processes, and tools used in the BI process.
- The three key elements of a BI strategy are people, process, and tools.
- The people element of BI strategy is about ensuring that everyone involved in the process is working together in a positive way.
- The process element of BI strategy is about defining and implementing the rules and policies that govern BI processes.
- The tools element of BI strategy is about choosing the right tools for the job and ensuring that users are getting value from them.
- The final step in the BI strategy process is documenting everything you’ve learned.
Here are some additional key points from the text:
- BI strategy should be aligned with the organization’s overall business strategy.
- BI strategy should be regularly reviewed and updated to ensure that it is still relevant.
- BI strategy should be communicated to all stakeholders in the organization.
Strategy is a big part of life in so
many ways. Take the planet’s most popular sport,
football or soccer. The rules and
gameplay are relatively simple, but the strategy is extremely complex. Depending on who’s on the field and
their particular skills, the coaches must choose between many
different formations and tactics. And no matter how talented a player
may be, they’ll only perform their best if they have a solid understanding of
football strategy such as being able to identify the precise moment to shoot or
want to pass instead. The game of chess is
also all about strategy. Each piece has a distinctive way of moving
such as a rook shifting horizontally or vertically across the board,
a knight jumping over other pieces or the powerful queen going pretty
much anywhere she wants. Mathematicians have actually proven
that there are more potential chess game variations than
atoms in the universe. And with so many possible outcomes, having a clear strategy is absolutely
essential to creating a winning game plan. Well, creating a winning strategy
is also a big part of BI. You may recall learning
about data strategy, which is the management of the people,
processes, and tools using data analysis. Similarly, business intelligence strategy
is the management of the people, processes, and tools used in
the business intelligence process. As you’re discovering, BI is complex and it requires a 360 degree
view of the organization. Thoughtful preparation to
effective strategy is a must. In this video,
we’ll explore how that works. Let’s start with people. The most important thing here is to
make sure people are working together in a positive way. Sometimes several departments
in the company are using BI, but the processes are siloed, meaning they
lack communication and collaboration. Maybe the sales team doesn’t have
access to important marketing data or human resources is tracking valuable
employee data, but only for their own internal purposes. So the first thing to do is simply
communicate with all of the team members and stakeholders who are involved. Include people from all
levels of the organization so you get many diverse perspectives. Begin by asking them some key questions
such as, are our BI teams and professionals coordinated? Is there any overlap
among their functions? Who should be responsible for
establishing the rules and policies that govern BI processes? Note that BI governance involves
defining and implementing BI systems and frameworks within an organization. This is different from the concept of data
governance which you may know is a process for ensuring the formal management
of a company’s data assets. Now most importantly in the people step,
be sure to ask about the vision for the BI process. And how does that vision align
with current business strategy? A vision specifies your desired outcomes
such as winning the football game or chess match. The second element of
BI strategy is process. By now, you’ve established who will
be responsible for the rules and policies that govern BI processes. So some questions to ask
these people include, what solutions are we using and how? Which of them bring value? What types of solutions
do we plan to implement? How will we deliver them? How will we support them? In addition, having a user support framework is
a critical part of the process. So be sure to dedicate enough
time in training and education, a feedback system, and ensuring users
are getting value from the tools. Which brings us to the tools
part of the BI strategy. One of the most important concepts to
note here is to choose each tool with the user in mind. Consider which dashboards, reports and
other solutions will be most effective. Ask, do different users, teams and
departments require different technologies? Which technologies
do we have access to? Can we gain access to others if needed? How will we measure success? Here you want to establish key
performance indicators or KPIs for each particular business need. Soon you’ll learn a lot
more about KPIs and explore how organizations use them
to achieve objectives every day. But for now, just understand that
a KPI is a quantifiable value, closely linked to business strategy, which
is used to track progress towards a goal. In other words, KPIs direct you towards
achieving your desired results. But in order for KPIs to do their job,
it’s important that the tools you select align with the KPIs established for
each particular project. The last step in this process is
documenting everything you’ve learned. Many BI professionals use specific
BI documents to note stakeholder requirements, project requirements,
and strategy. These are essential tools that can
really help you capture the big picture, stay organized, and
make an impact at your organization. You’ll learn exactly how to create
these documents in an upcoming reading. As a final point, keep in mind that your
particular level of involvement in BI strategy will vary depending on the size
and structure of your business and team. But having a broad understanding
of all the elements involved is a valuable asset for
any BI professional.
- Understand the business intelligence landscape. Before you can contribute to a BI strategy, you need to understand the BI landscape. This includes understanding the different types of BI tools and technologies, as well as the different ways that BI can be used to improve business decision-making.
- Identify the business needs. Once you understand the BI landscape, you need to identify the business needs that BI can address. This includes understanding the organization’s goals, objectives, and challenges. It also includes understanding the data that is available and how it is used.
- Develop a BI strategy. Once you have identified the business needs, you need to develop a BI strategy. This includes defining the BI goals, objectives, and scope. It also includes identifying the BI tools and technologies that will be used, as well as the BI team that will be responsible for implementing and maintaining the BI solution.
- Implement the BI solution. Once you have developed a BI strategy, you need to implement the BI solution. This includes selecting and configuring the BI tools, loading the data, and creating the BI reports and dashboards.
- Train the users. Once the BI solution is implemented, you need to train the users. This includes teaching them how to use the BI tools and how to interpret the BI reports and dashboards.
- Monitor and evaluate the BI solution. Once the users are trained, you need to monitor and evaluate the BI solution. This includes tracking the usage of the BI tools and the effectiveness of the BI reports and dashboards.
By following these steps, you can contribute to a winning BI strategy that helps the organization achieve its goals.
Here are some additional tips for contributing to a winning BI strategy:
- Be a business partner. BI is most effective when it is used as a tool to help businesses make better decisions. As a BI contributor, you need to be able to understand the business needs and translate them into BI requirements.
- Be a data expert. BI is all about data. As a BI contributor, you need to have a strong understanding of data analysis and visualization techniques.
- Be a technology expert. BI tools and technologies are constantly evolving. As a BI contributor, you need to stay up-to-date on the latest trends and technologies.
- Be a communicator. BI is all about communicating insights to decision-makers. As a BI contributor, you need to be able to communicate complex ideas in a clear and concise way.
Reading: Key business intelligence documents
Reading
Previously, you learned about business intelligence strategy, which is the management of the people, processes, and tools used in the business intelligence process. BI projects are complicated, and finding ways to stay organized from the beginning of a project to the end is key to success. One way to ensure that you capture the big-picture project requirements, stay organized, and make an impact at your organization is to create comprehensive BI documents. In this reading, you’ll learn about three types of documents: the Stakeholder Requirements Document, Project Requirements Document, and Strategy Document.
Each of these documents builds on the previous one. Instead of three separate documents, think about them as three phases of your project planning process. Later on, you will have an opportunity to create your own BI documents to guide your end-of-course project, so this is a great resource to get you started!
Stakeholder Requirements Document
The Stakeholder Requirements Document enables you to capture stakeholder requests and requirements so you understand their needs before planning the rest of the project details or strategy. It should answer the following questions:
- Business problem: What is the primary question to be answered or problem to be solved?
- Stakeholders: Who are the major stakeholders of this project, and what are their job titles?
- Stakeholder usage details: How will the stakeholders use the BI tool?
- Primary requirements: What requirements must be met by this BI tool in order for this project to be successful?
Here are some questions BI professionals ask in order to successfully complete this document:
- What questions must be answered before starting this project?
- What does the BI team need to know before starting this project?
- What are the questions that must be answered/problems that must be solved by this project?
- What datasets are considered important to this project?
- Who should have access to the dashboard? Will the entire dashboard be visible to all stakeholders?
Typically, the Stakeholder Requirements Document is a one-pager with notes, but it can be longer and more detailed for complex projects.
Click the link to access the stakeholder requirements document template, or download the file directly from the attachment below. Stakeholder Requirements Document template
Project Requirements Document
Once you have established the stakeholder requirements, you can start thinking about the project requirements that need to be met to achieve the stakeholder requirements. The Project Requirements Document contains the following details:
- Purpose: Briefly describe why this project is happening and explanation of why the company should invest its resources in it.
- Key dependencies: Detail the major elements of this project. Include the team, primary contacts, and expected deliverables. Are there any inter-team deliverables required?
- Stakeholder requirements: List the established stakeholder requirements, based on the Stakeholder Requirements Document. Prioritize the requirements as: R – required, D – desired, or N – nice to have.
- Success criteria: Clarify what success looks like for this project. Include explicit statements about how to measure success. Use SMART criteria.
- User journeys: Document the current user experience and the ideal future experience.
- Assumptions: Explicitly and clearly state any assumptions you are making.
- Compliance and privacy: Include compliance, privacy, or legal dimensions to consider.
- Accessibility: List key considerations for creating accessible reports for all users. Who needs to access this feature? How are they viewing and interacting with it?
- Roll-out plan: Briefly describe the expected scope, priorities and timeline. Consider at what points during the rollout will measurements be made to determine whether the feature is performing as expected? Is there a rollback plan and timeline if this feature does not meet its intended goals?
In addition, some companies will ask you to include a list of references. If so, it’s a best practice to be liberal in citing references; you can never have too many. References might include:
- Documents or websites you read and researched while working on this project
- Laws and policies: Any regulations driving the project requirements
- Project tracking: A link to tracking spreadsheet, bug hotlist, etc.
- Similar projects: A description of anything similar that has been attempted in the past or any parallel efforts.
Similar to the Stakeholder Requirements Document, the Project Requirements Document will vary depending on the complexity of the project. It might just be an email sent out to stakeholders to keep them updated on expectations and check-in points, or it could be a multi-page document with a spreadsheet that outlines the project plan and key tasks.
Click the link to access the project requirements document template, or download the file directly from the attachment below. Project Requirements Document template
Strategy Document
Finally, you will create a Strategy Document for your project. This is the final phase of the planning process. The Strategy Document is a collaborative place to align with stakeholders about project deliverables. You will work together to establish information about dashboard functionality and associated metrics and charts.
This is a time to flesh out what metrics will be required, how metrics are calculated, and any limitations or assumptions that exist about the data. Stakeholders think through these details and help the BI professional make final project decisions. Then, the BI professional provides stakeholders with a dashboard mockup to get valuable feedback.
Generally, the BI professional will create the document and request review and sign-off from important stakeholders. Then they can begin working on the project with all of the details they need.
Click the link to access the strategy document template, or download the file directly from the attachment below. Strategy Document template
Staying organized and aligned with stakeholders is an important part of the BI process. Creating documents early on in a project to outline stakeholder and project requirements as well as project strategies can be an important tool for a BI professional aligning with stakeholders and planning ahead. Soon, you’ll have an opportunity to create your own documents to align with stakeholders and plan your end-of-course project!
Practice Quiz: Activity: Complete the business intelligence documents
Reading: Activity Exemplar: Complete the business intelligence documents
Reading: Case study: FeatureBase, Part 1: Fine tuning metrics for data collection
Reading
In this course, you’ve been thinking about the stages of the business intelligence process. This case study with FeatureBase will focus on the Capture stage of the BI process, where you examine static, backward-facing data and plan for the next two phases of the project. In two follow-up case studies, you’ll learn about how FeatureBase addressed the Analyze and Monitor stages of this project. But first, you’ll need to understand the problem, process, and solutions for this first stage of the project.
As a BI professional, you will add value to the organizations you work with. Your expertise will help organizations access the right data, use data to find ways to grow and improve, and put those insights into action. Throughout this certificate program, you will have the opportunity to explore how different businesses handled real challenges they faced using business intelligence. In this reading, you will be introduced to FeatureBase, an Operational AI company in Austin, Texas. Across the three courses, you will encounter three case studies that follow the FeatureBase team’s approach to an actual problem they faced. This is a great example of how a real company solved a BI problem and completed an entire project–Starting with identifying a problem and preparing to tackle it!
Company background
FeatureBase builds technologies that unlock the value of data as soon as it is created. Based in Austin Texas, the team and community consist of database, distributed systems, and cloud engineers, as well as leading researchers on bitmap innovation. FeatureBase’s CEO, H.O. Maycotte, and founding engineers have worked for nearly 20 years to solve a gap in the database market and develop a new data format that is built specifically to enable faster computation.
Their core technology, FeatureBase, is the first OLAP Database built entirely on bitmaps that power real-time analytics and machine learning applications by simultaneously executing low latency, high throughput, and highly concurrent workloads.
The challenge
The sales team noticed that a significant portion of potential customers were falling off during the sales cycle. Once they discovered this pattern, they realized that they didn’t have the data they needed to really discover when customers were falling off. And if they couldn’t determine when customers were falling off, then they couldn’t find out why. And finding out why was key for creating solutions to address this problem.
The approach
The initial question was, “Why did we fall short on our quarterly revenue target?” To answer that question, the FeatureBase team needed to know why people dropped off and when drop-off happened. But they didn’t have the metrics built into their database to actually measure that. In order to build this question into their data collection, they had to experiment with what data was actually useful, add new attributes, and refine their metrics. For this particular project, the solution was clear: recreate their existing sales funnel with key attributes about each potential customer at every stage of the project.
To do this, the Sales leader, Marketing leader, and CEO collaborated to decide on new metrics and how to implement them within the system. It required some experimentation– the team was committed to iterating and fine tuning their data collection process in order to optimize this solution. Tuning is often a really necessary part of creating forward looking solutions; the first model is usually not the best one. It’s a first draft; you have to revise it in order to achieve the most ideal version of the solution! As a BI professional, the reality is that you might have to iterate a few times to get your model where you need it.
The next step
As a BI professional, there will be times when you are asked a question that you don’t have sufficient data to actually answer. Sometimes, you have to keep digging, keep researching, and keep thinking about how to provide an insightful answer your team can actually use. In this case, the FeatureBase team realized they had observed that there was a trend, but they couldn’t determine what it was and how to act on it with the data they had. The first step was deciding what metrics they could implement to actually capture useful observations. As a team, they collaborated and fine tuned their data collection processes. Coming up in the next course, you’ll learn more about how they actually imposed these new processes on their database systems, what tools they used, and how that set them up for success.
If you’re interested in reading more about FeatureBase’s approach to answering this question, you can find more in the FeatureBase part two and part three readings featured in upcoming courses.
Video: The business intelligence professional’s toolbox
- Business intelligence (BI) is the process of collecting, analyzing, and presenting data to help businesses make better decisions.
- BI has been around for centuries, but it has become increasingly sophisticated in recent years thanks to advances in technology.
- There are four key tools used in BI: data models, data pipelines, data visualizations, and dashboards.
- Data models organize data elements and how they relate to one another.
- Data pipelines transport data from different sources to their final destination for storage and analysis.
- Data visualizations are graphical representations of data that make it easy to understand and interpret.
- Dashboards are interactive visualization tools that monitor live incoming data.
- Iteration is a very important concept in BI, as it allows professionals to continuously improve their processes.
The text also compares BI to the railway system, with data models being like the train tracks, data pipelines being like the trains, data visualizations being like the photos you share with friends and family after your trip, and dashboards being like the dashboards used by train drivers.
Business intelligence may seem like a new
concept, but it’s actually been around for centuries. All throughout history business leaders
from around the world have used BI to set the bar for best practices. In fact, the term business
intelligence dates back to 1865, when it appeared in the encyclopedia
of commercial and business anecdotes. The book used the term to recount
how a banker, Sir Henry Furnace, had great business success
by collecting data and quickly acting on information
before his competitors could. It described Furnace as
having created a complete and perfect train of business intelligence. Well all aboard, because in this video
we’re going to get your BI train moving. And just like any train trip, this one
starts with mapping out where you are and where you want to go. In BI,
mapping a route requires a data model, which is the first tool in your toolbox. Data models organize data elements and
how they relate to one another. They help keep data
consistent across systems and explain to users how
the data is organized. This gives BI professionals clear
directions when navigating a database. All right,
the second stop on our train ride, and the second tool in your
toolbox, is the data pipeline. A data pipeline is a series of processes
that transports data from different sources to their final destination for
storage and analysis. Think of the data pipeline as train
tracks, spanning, passing, and crossing over vast distances. Data is transported along these channels
in a smooth automated flow from original sources to target destination. But that’s not all. Along the way,
it’s up to BI professionals to transform that data so that by
the time it pulls into the station or database, it’s ready to be put into use. One example of this is ETL, or
extract, transform, and load. As a refresher, ETL is a type of data
pipeline that enables data to be gathered from source systems,
converted into a useful format, and brought into a data warehouse or
other unified destination system. The process of ETL plays a key role
in data integration because it enables BI professionals to take
data from multiple sources, consolidate it, and
get all that data working together. Okay, now we’ve come to our third tool,
data visualizations. You likely know that data visualization
is the graphical representation of data. Some popular data viz
applications are Tableau and Looker. These apps make it possible to create
visuals that are easy to understand and tell a compelling story. This way people who don’t have a lot of
experience with data can easily access and interpret the information they need. Think of data visualizations as
the photos you share with friends and family after your train trip. The best ones are clear, memorable, and
highlight the specific places you went, the important sites you visited and
the interesting experiences you had. BI professionals use data
visualizations within dashboards. Our final stop on the ride. As you may know, a dashboard is
an interactive visualization tool that monitors live incoming data.
Picture the dashboards used by train drivers.
They pay close attention to these tools in order to constantly
observe the status of the train engine and
other important equipment. Dashboards keep the drivers connected
with the control center to ensure that routes are clear and
signals are functioning properly. And the drivers can quickly scan
the dashboard to identify any hazards or delays that might affect train speed or
schedule. No matter which BI tool you’re using, a very important concept
in our field is iteration. Just as the railway workers are constantly
evaluating and upgrading trains, tracks, and other systems, BI professionals
always want to find new solutions and innovative ways to advance our processes. We do this through iteration. Iteration involves
repeating a procedure over and over again, in order to keep getting
closer to the desired result. It’s like a railway engineer repeatedly
testing out signaling systems in order to refine and improve them
to ensure the safest possible environment for railway travelers.
In upcoming courses, you’ll learn
a lot more about iteration, and you’ll go much more in depth
with all these exciting tools. You’ll also explore all the ways
you can transfer your skills and experience with one tool and
apply them to another. Thanks so much for
joining me on this journey, we’ve got many more thrilling
destinations coming up.
- Data models are the foundation of BI. They organize data elements and how they relate to one another. This makes it easier to understand and analyze the data.
- Data pipelines are used to transport data from different sources to a central location for storage and analysis. This can be a complex process, as data may need to be cleaned, transformed, and aggregated before it can be used.
- Data visualizations are used to present data in a way that is easy to understand and interpret. This can be done through charts, graphs, tables, and other visual representations.
- Dashboards are interactive visualizations that provide a single view of important metrics and KPIs. This allows users to monitor performance and identify trends in real time.
- Business intelligence tools are software applications that are used to collect, analyze, and visualize data. There are a wide variety of BI tools available, each with its own strengths and weaknesses.
In addition to these tools, business intelligence professionals also need to have a strong understanding of data analysis techniques, such as statistical analysis and machine learning. They also need to be able to communicate the results of their analysis to decision-makers in a clear and concise way.
The business intelligence professional’s toolbox is constantly evolving as new technologies and techniques are developed. However, the core tools and concepts described above will remain essential for BI professionals for years to come.
Here are some additional tips for using the business intelligence professional’s toolbox:
- Choose the right tools for the job. Not all BI tools are created equal. Some are better suited for certain tasks than others.
- Integrate the tools together. BI tools can be used together to create a complete solution. This can help to improve efficiency and productivity.
- Automate the process. BI tools can be used to automate the data collection, analysis, and visualization process. This can save time and resources.
- Monitor and evaluate the results. It is important to monitor the results of BI projects to ensure that they are meeting the desired goals.
By following these tips, business intelligence professionals can use the tools in their toolbox to collect, analyze, and visualize data in a way that helps businesses make better decisions.
In business intelligence, what does ETL stand for?
Extract, transform, and load
ETL stands for extract, transform, and load. ETL is a type of data pipeline that enables data to be gathered from source systems, converted into a useful format, and brought into a data warehouse or other unified destination system.
Reading: Review technologies and best practices
Reading
As you continue through this program, you will be introduced to a variety of business intelligence tools that will help you create systems and processes and provide stakeholders with insights they can use to guide business decisions. Depending on the organization, you might end up using different tools over time. Luckily, the skills you are learning now can be transferred between tools. In this reading, you’ll be given some best practices for creating pipeline tools, data visualizations, and dashboards that you’ll be able to apply no matter what programs or tools your organization uses.
Optimal pipeline processes
Developing tools to optimize and automate certain data processes is a large part of a BI professional’s job. Being able to automate processes such as moving and transforming data saves users from having to do that work manually and empowers them with the ability to get answers quickly for themselves. There are a variety of tools that BI professionals use to create pipelines; and although there are some key differences between them, these are many best practices that apply no matter what tool you use.
Modular design
As you have learned, a data pipeline is a series of processes that transport data from different sources to their final destination for storage and analysis. A pipeline takes multiple processes and combines them into a system that automatically handles the data. Modular design principles can enable the development of individual pieces of a pipeline system so they can be treated as unique building blocks. Modular design also makes it possible to optimize and change individual components of a system without disrupting the rest of the pipeline. In addition, it helps users isolate and troubleshoot errors quickly.
Other best practices related to modular design include using version control to track changes over time and undo any as needed. Also, BI professionals can create a separate development environment to test and review changes before implementing them.
Other general software development best practices are also applicable to data pipelines.
Verify data accuracy and integrity
The BI processes that move, transform, and report data findings for analysis are only useful if the data itself is accurate. Stakeholders need to be able to depend on the data they are accessing in order to make key business decisions. It’s also possible that incomplete or inaccurate data can cause errors within a pipeline system. Because of this, it’s necessary to ensure the accuracy and integrity of the data, no matter what tools you are using to construct the system. Some important things to consider about the data in your pipelines are:
- Completeness: Is the data complete?
- Consistency: Are data values consistent across datasets?
- Conformity: Do data values conform to the required format?
- Accuracy: Do data values accurately represent actual values?
- Redundancy: Are data values redundant within the same dataset?
- Integrity: Are data values missing important relationships?
- Timeliness: Is the data current?
Creating checkpoints in your pipeline system to address any of these issues before the data is delivered to the destination will save time and effort later on in the process! For example, you can add SQL scripts that test each stage for duplicates and will send an error alert if any are found.
Creating a testing environment
Building the pipeline processes is only one aspect of creating data pipelines; it’s an iterative process that might require you to make updates and changes depending on how technology or business needs change. Because you will want to continue making improvements to the system, you need to create ways to test any changes before they’re implemented to avoid disrupting users’ access to the data. This could include creating a separate staging environment for data where you can run tests or including a stable dataset that you can make changes to and compare to current processes without interrupting the current flow.
Dynamic dashboards
Dashboards are powerful visual tools that help BI professionals empower stakeholders with data insights they can access and use when they need them. Dashboards track, analyze, and visualize data in order to answer questions and solve problems. The following table summarizes how BI professionals approach dashboards and how it differs from their stakeholders:
Element of the dashboard | BI professional tenets | Stakeholder tenets |
---|---|---|
Centralization | Creating a single source of data for all stakeholders | Working with a comprehensive view of data that tracks their initiatives, objectives, projects, processes, and more |
Visualization | Showing data in near-real time | Spotting changing trends and patterns more quickly |
Insightfulness | Determining relevant information to include | Understanding a more holistic story behind the numbers to keep track of goals and make data-driven decisions |
Customization | Creating custom views dedicated to a specific team or project | Drilling down to more specific areas of specialized interest or concern |
Note that new data is pulled into dashboards automatically only if the data structure remains the same. If the data structure is different or altered, you will have to update the dashboard design before the data is automatically updated in your dashboard.
Dashboards are part of a business journey
Just like how the dashboard on an airplane shows the pilot their flight path, your dashboard does the same for your stakeholders. It helps them navigate the path of the project inside the data. If you add clear markers and highlight important points on your dashboard, users will understand where your data story is headed. Then, you can work together to make sure the business gets where it needs to go. To learn more about designing dashboards, check out this reading from the Google Data Analytics Certificate: Designing compelling dashboards.
Effective visualizations
Data visualizations are a key part of most dashboards, so you’ll want to ensure that you are creating effective visualizations. This requires organizing your thoughts using frameworks, incorporating key design principles, and ensuring you are avoiding misleading or inaccurate data visualizations by following best practices.
Frameworks for organizing your thoughts about visualization
Frameworks can help you organize your thoughts about data visualization and give you a useful checklist to reference. Here are two frameworks that may be useful for you as you create your own data visualizations:
Pre-attentive attributes: marks and channels
Creating effective visuals involves considering how the brain works, then using specific visual elements to communicate the information effectively. Pre-attentive attributes are the elements of a data visualization that people recognize automatically without conscious effort. The essential, basic building blocks that make visuals immediately understandable are called marks and channels.
Design principles
Once you understand the pre-attentive attributes of data visualization, you can go on to design principles for creating effective visuals. These design principles are vital to your work as a data analyst because they help you make sure that you are creating visualizations that convey your data effectively to your audience. By keeping these rules in mind, you can plan and evaluate your data visualizations to decide if they are working for you and your goals. And, if they aren’t, you can adjust them!
Avoiding misleading or deceptive charts
As you have been learning, BI provides people with insights and knowledge they can use to make decisions. So, it’s important that the visualizations you create are communicating your data accurately and truthfully. To learn more about effective visualizations, check out this reading from the Google Data Analytics Certificate: Effective data visualizations.
Make your visualizations accessible and useful to everyone in your audience by keeping in mind the following:
- Labeling
- Text alternatives
- Text-based format
- Distinguishing
- Simplifying
To learn more about accessible visualizations, check out this video from the Google Data Analytics Certificate: Making Data Visualizations Accessible.
Conclusion
As a BI professional, you will encounter a variety of tools for creating pipeline systems, developing dashboards to share with stakeholders, and creating effective visualizations to demonstrate your findings. Those tools require different skills, which take time and effort to learn. But often, you can apply your knowledge to numerous processes and systems.
Practice Quiz: Test your knowledge: How business intelligence makes an impact
What concept involves managing the people, processes, and tools used in the business intelligence process?
Business intelligence strategy
Business intelligence strategy involves managing the people, processes, and tools used in the business intelligence process.
A data pipeline is a series of processes that transports data from different sources to a new destination. What happens to the data at this destination?
Storage and analysis
A data pipeline is a series of processes that transports data from different sources to a new destination for storage and analysis.
A business intelligence professional wants to improve a procedure in order to achieve better outcomes. To do this, they repeat the procedure over and over until they get closer to the desired results. What business intelligence concept does this situation describe?
Iteration
This situation describes iteration. Iteration involves repeating a procedure over and over again in order to keep getting closer to the desired result.
Practice Quiz: Assess your readiness for the Google Business Intelligence Certificate
What is data science?
A field of study that uses data to create new ways of modeling and understanding the unknown
What is the key difference between qualitative and quantitative data?
Qualitative data measures qualities and characteristics; quantitative data measures numerical facts.
Which of the following statements accurately describe wide and long data? Select all that apply.
- Wide data subjects can have data in multiple columns.
- Long data subjects can have multiple rows that hold the values of subject attributes.
Structured data is likely to be found in which of the following formats? Select all that apply.
Spreadsheet, Database table
Structured data is organized in a certain format such as rows and columns. It is likely to be found in a table or spreadsheet.
Fill in the blank: A Boolean data type can have _ possible values.
two
A Boolean data type can have two possible values.
What is the term for the individuals who have invested time and resources in a project and are interested in its outcome?
Stakeholders
Stakeholders are individuals who have invested time and resources in a project and are interested in its outcome.
When collecting data for a study, what are some reasons to consider sample size? Select all that apply.
- To make sure a few unusual responses don’t skew results
- To collect data that represents a diverse set of perspectives
Considering sample size ensures the data represents a diverse set of perspectives and helps avoid skewed results or inaccurate judgments.
The SMART methodology can be used to ask a question that promotes change. What type of SMART question leads to change?
Action-oriented
A SMART question that promotes change is action-oriented.
Which of the following inquiries are leading questions? Select all that apply.
- How satisfied were you with our customer representative?
- In what ways did our product meet your needs?
- What do you enjoy most about our service?
Leading questions include: How satisfied were you with our customer representative? In what ways did our product meet your needs? And what do you enjoy most about our service? Leading questions direct the respondent to a particular answer, often because they suggest the answer within the question.
Which of the following data security tools can be used to ensure only specific people can access, edit, and download a spreadsheet? Select all that apply.
Encryption, Sharing permissions
Encryption and sharing permissions can be used to ensure only specific people can access, edit, and download a spreadsheet.
Which type of bias is the tendency to construe ambiguous situations in a positive or negative way?
Interpretation bias
Interpretation bias is the tendency to construe ambiguous situations in a positive or negative way.
Before completing a survey, an individual acknowledges reading information about how and why the data they provide will be used. What concept does this describe?
Consent
A data analyst commits a SQL query to a repository as a new and improved query. Then, they specify the modifications they made during data cleaning and why they were made. What process does this scenario describe? 1 / 1 point
Creating a changelog
Fill in the blank: To remove leading, trailing, and repeated spaces when cleaning data, use the _ function.
TRIM
To remove leading, trailing, and repeated spaces when cleaning data, use the TRIM function.
Which spreadsheet tool changes how cells appear when values meet a specific condition?
Conditional formatting
Conditional formatting is the spreadsheet tool that changes how cells appear when values meet a specific condition.
Fill in the blank: In a spreadsheet, the SPLIT function divides a text string around a _ and puts each fragment into a new, separate cell.
delimiter
A delimiter is the specified character separating each item.
The date and time a photo was taken is an example of which kind of metadata?
Administrative
In spreadsheets, an absolute reference is used to lock a function array so that rows and columns don’t change if the function is copied. What symbol is used to create an absolute reference?
Dollar sign ($)
Which spreadsheet function vertically searches for a certain value in a column in order to return a corresponding piece of information?
VLOOKUP
VLOOKUP vertically searches for a certain value in a column in order to return a corresponding piece of information.
When creating a SQL query, which JOIN clause returns all matching records in two or more database tables?
INNER
The INNER JOIN clause returns all matching records in two or more database tables.
In a SQL query, which calculation does the modulo (%) operator perform?
It returns the remainder of a division calculation.
The modulo operator returns the remainder of a division calculation when included in a SQL query.
What are the main benefits of using a programming language to work with data? Select all that apply.
Save time, Clarify the steps of analysis, Easily reproduce and share work
There are three main benefits of using a programming language to work with data: Easily reproduce and share work, save time, and clarify the steps of analysis.
What goals are programming languages designed to achieve? Select all that apply.
Data transformation, Data visualization, Data cleaning
Programming languages are designed to achieve effective data transformation, cleaning, and visualization.
What is the term for programming code that is freely available and may be modified and shared by the people who use it?
Open-source
Open-source code is freely available and may be modified and shared by the people who use it.
To demonstrate how often data values fall into certain ranges, what type of data visualization should be used?
Histogram
To demonstrate how often data values fall into certain ranges, use a histogram.
A dashboard is designed to share insights about the housing market in a city. What type of data visualization would be most effective at demonstrating how the city’s annual home sales have risen over time?
Line chart
To demonstrate how the city’s annual home sales have risen over time, a line chart would be most effective.
What type of visualizations enable the data in a presentation to automatically update and change over time?
Dynamic
Dynamic visualizations enable the data in a presentation to automatically update and change over time.
Why is it more effective to label a data visualization instead of using a legend? Select all that apply.
- Labels can be placed near the data, whereas legends are typically positioned away from the data.
- Labels allow for text explanations to be placed directly on the visualization.
- Labels make the data visualization more accessible because they don’t rely on the ability to interpret color.
A data visualization reveals two variables in the data that rise and fall at the same time. When variables are related in this way, what is likely happening?
Correlation
When two variables in a visualization rise and fall at the same time, this is an example of correlation. Correlation is the measure of the degree to which two variables change in relationship to each other.
Which of the following are appropriate uses for filters in data visualization tools? Select all that apply.
- Highlighting individual data points
- Limiting the number of rows or columns in view
- Providing data to different users based on their particular needs
Program plans and expectations
Video: Wrap-up
- This is the end of the first section of the Google Business Intelligence Certificate.
- You have learned about the exciting world of BI, potential careers, and valuable contributions of BI professionals.
- You have also gained some key foundational knowledge about BI strategy and data maturity.
- You have gathered data, considered all you have learned, and are beginning to monitor your own progress.
- As the course continues, you will build on the strong foundation you have created.
- You will also discover how to tap into the diverse community of learners for support.
- The community is an invaluable resource for you as you progress on your BI journey.
- Learners explore BI tools and techniques, help each other troubleshoot, offer support, and share their career goals.
- I hope you will take some time to engage with other learners.
- It will make your experience more fulfilling and fun.
- Congratulations on all the progress you have made so far.
Here are some key points from the passage:
- BI is a valuable tool for organizations of all sizes.
- BI professionals play a vital role in helping organizations make informed decisions.
- BI strategy is essential for ensuring that BI is used effectively.
- Data maturity is an important factor in the success of BI initiatives.
- The Google Business Intelligence Certificate is a great way to learn about BI and the skills you need to succeed in this field.
- The community of learners is a valuable resource for support and collaboration.
You have almost reached the end of this first section of the Google
Business Intelligence Certificate. So far, you’ve been introduced to
the exciting world of BI, learned about lots of potential careers, and discovered the valuable contributions
that BI professionals make every day. You have also gained some key
foundational knowledge about BI strategy, as well as data maturity. And how BI processes and tools enable organizations to
advance to higher maturity levels. We’ve covered a lot and I’m sure you
have so much to think about already, but that’s a great thing. It means you’ve gathered data,
are considering all you’ve learned, and are beginning to monitor
your own progress. That’s what intelligence is all about. As this course continues, you’ll keep
building on a strong base you’ve created. Soon you’ll also discover how to tap into
our diverse community of learners just like you in order to get the support you need
along the way. As I noted earlier, collaborating with others is a really
great way to tackle challenges, brainstorm solutions, and pool resources, just like the team members who
partner with the BI professionals. The community, you can access through
discussion forums is an invaluable resource for
you as you progress on your BI journey. In the discussion forums,
learners explore BI tools and techniques, help each other troubleshoot,
offer support, and so much more.
They share their career goals and which field they hope
to apply their BI skills. It’s a great place to just meet and network with other people who
are also interested in BI. I hope you’ll take some time
to engage with other learners. It will make your experience
more fulfilling and fun. Congrats again on all the progress
you’ve made thus far. Awesome job.
Video: Gagan: Get connected
- Gagan is the director of data and analytics team in finance.
- His team focuses on data BI, reporting, and visualization solutions for their partners.
- Their job is to make data more useful so people can make good business decisions using that data.
- When Gagan started his career, there were no data teams or dedicated data science functions.
- He learned a lot from working with different individuals who were good at different aspects of data analysis.
- He also recommends networking with people in the data science community, either online or in person.
- Networking is not about reaching out to someone who is more experienced or more senior than you. It’s about building good professional relationships.
- In any relationship, it’s a two way street. What can you offer in that partnership?
- You might think you don’t have anything to contribute, but the other person might value understanding where you’re coming from and how you’re trying to grow.
Here are some key points from the passage:
- Networking is an important part of a data scientist’s career.
- There are many ways to network, both online and in person.
- When networking, it’s important to be genuine and to offer something of value to the other person.
- Networking is not about getting something, it’s about giving and receiving.
[MUSIC] My name is Gagan. I am the director of data and
analytics team in finance. My teams focus on data BI, reporting and
visualization solutions for our partners. Our job is to make data more useful so people can make good business
decisions using that data. So when I started my career,
I started in software development and there were no data teams at the time. There were no dedicated data
science functions at the time. If you asked my prior
version from 20 years ago and imagine that where I would be, I would
have never imagined I’d be here at Google. I would have never imagined I’d
be doing this as a full-time job. There were multiple individuals who are
really good at a lot of different aspects of what makes a really good BI person. If I’m working on a problem,
I talk to people. I figured out over the course of time
working with different individuals for example, I talked to one of my managers. She was really good at coding. Her SQL code and how she wrote it and
how well organized it was, I learned so much from her. I also worked with another
individual in my career who was really good at organizing and
understanding how to design metrics. I met with another person who was really
good at telling stories through data. So I had this opportunity
of informal networking and working with these individuals
who I really admired for what they brought to the table and
learning from them. Over the course of time, there are a lot of networking
opportunities that have arisen. There are lots of LinkedIn groups. There are a lot of professional networks
perhaps where you’re working perhaps outside. There are local chapters of BI data
science analytics that you could be a part of. So I have over the course of time,
the resources have changed and the resources that I’ve
utilized have also changed. But I would say the early for
many years of my BI experience, data analytics experience, those
individuals that I was able to understand and the specific skills that they
brought to the table was very useful. Networking is not about reaching to
somebody who’s more experienced or more senior than you. It’s building and understanding how
to reach out to the right people, how to make those connections. If you actually take the word networking
out and say “What am I trying to do?” It’s actually building good
professional relationships. And like any relationship,
it’s a two way street. What can you offer in that partnership? You might think you don’t have
anything to contribute and you are only trying to
learn from the individual. They definitely might have
more technical expertise or the experience behind them, but
they do not have the life experiences, the domain expertise from
where you’re coming from. And they might value understanding
where you’re coming from and how you’re trying to grow as well.
Review: Data-driven results through business intelligence
Video: Quiz-taking tips and techniques
- Assessments are an effective way to verify your understanding of key business intelligence concepts and build confidence in your understanding of BI.
- Here are some tips for preparing for an assessment:
- Review your notes, the videos, readings, and most recent glossary to refresh yourself on the content.
- Take your time during the assessment. Review the whole test before filling in any answers. Then answer the easy questions. Skip the ones you don’t know the answer to right away.
- For multiple-choice questions, focus on eliminating the wrong answers first. Also, it’s a good idea to read each question twice.
- If you start to feel anxious, calm yourself with some mental exercises.
- Before you submit the assessment, check your work, but be confident. Your first instinct is usually the best one.
- Trust yourself. Often people know a lot more than they give themselves credit for.
The passage also emphasizes the importance of taking the time you need to prepare for an assessment and not to feel overwhelmed. By following these tips, you can set yourself up for success on your next assessment.
Here are some additional points that are not explicitly mentioned in the passage but are implied:
- It is important to start preparing for an assessment early, so that you have enough time to review all of the material.
- It is helpful to create a study schedule and stick to it.
- It is also helpful to practice answering questions similar to the ones that will be on the assessment.
- If you are struggling with a particular concept, ask for help from a tutor or professor.
As you know, you’ll complete a graded assessment at the end
of each section in the course. And now’s the time to prepare
for your first one. This assessment will be
an effective way to verify your understanding of key
business intelligence concepts. It will also help you build confidence in your
understanding of BI while identifying any areas where you can
continue to improve. Assessments can sometimes
feel overwhelming, but approaching them
with a strategy makes them much more manageable. Here’s a list of
tips you can use to set yourself up for success. Before taking an assessment,
review your notes, the videos, readings, and most recent glossary to refresh
yourself on the content. During the assessment,
take your time. Review the whole test before
filling in any answers. Then answer the easy questions. Skip the ones you don’t know
the answer to right away. For multiple-choice
questions, focus on eliminating the
wrong answers first. Also, it’s a good idea to
read each question twice. There are often clues that you
might miss the first time. If you start to feel anxious, calm yourself with
some mental exercises. One way to do that
is by completing a simple math problem in your head or spelling
your name backwards. This also helps you recall
information more easily. Before you submit
the assessment, check your work,
but be confident. Sometimes people change an
answer because it feels wrong, but it’s actually correct. Your first instinct is
usually the best one. Finally, trust yourself. Often people know a lot more than they give
themselves credit for. Everyone learns at different speeds and in different ways. But it’s important to
maintain your momentum. Take the time you need
and when you feel ready, keep going ahead.
You’ve got this.
1. Prepare for the quiz.
The best way to do well on a quiz is to be prepared. This means reviewing the material that will be covered on the quiz, taking practice quizzes, and getting help from your instructor or a tutor if you are struggling with any concepts.
2. Manage your time wisely.
It is important to pace yourself during the quiz so that you have enough time to answer all of the questions. Don’t spend too much time on any one question, and if you get stuck, skip it and come back to it later.
3. Read the questions carefully.
Make sure you understand what each question is asking before you answer it. Don’t just read the question quickly and start writing down your answer. Take the time to read it carefully and make sure you understand all of the terms and concepts.
4. Eliminate the wrong answers.
If you are not sure of the answer to a question, try to eliminate the wrong answers first. This will help you narrow down the possible answers and make it easier to choose the correct one.
5. Trust your gut instinct.
If you have two answers that you are unsure of, go with your gut instinct. More often than not, your first instinct is the correct one.
6. Don’t change your answers unless you are sure you made a mistake.
It is tempting to change your answers if you start to second guess yourself, but it is usually best to stick with your first choice. Changing your answers can actually make your score worse.
7. Take a deep breath and relax.
It is normal to feel a little bit nervous before a quiz, but try to relax and stay calm. Taking a few deep breaths can help to clear your head and focus on the task at hand.
8. Check your work.
Before you submit your quiz, take a few minutes to check your work. This will help to catch any careless mistakes.
By following these tips, you can improve your chances of doing well on your next quiz.
Here are some additional tips that may be helpful:
- Get a good night’s sleep before the quiz.
- Eat a healthy breakfast on the day of the quiz.
- Arrive at the quiz early so that you have time to relax and settle in.
- Bring a watch or other timer so that you can keep track of your time.
- If you have a disability that affects your ability to take quizzes, let your instructor know in advance so that they can make accommodations for you.
Reading: Glossary terms from week 1
Reading
Application programming interface (API): A set of functions and procedures that integrate computer programs, forming a connection that enables them to communicate
Business intelligence (BI): Automating processes and information channels in order to transform relevant data into actionable insights that are easily available to decision-makers
Business intelligence governance: A process for defining and implementing business intelligence systems and frameworks within an organization
Business intelligence stages: The sequence of stages that determine both BI business value and organizational data maturity, which are capture, analyze, and monitor
Business intelligence strategy: The management of the people, processes, and tools used in the business intelligence process
Data analysts: People who collect, transform, and organize data
Data governance professionals: People who are responsible for the formal management of an organization’s data assets
Data maturity: The extent to which an organization is able to effectively use its data in order to extract actionable insights
Data model: A tool for organizing data elements and how they relate to one another
Data pipeline: A series of processes that transports data from different sources to their final destination for storage and analysis
Data warehousing specialists: People who develop processes and procedures to effectively store and organize data
ETL (extract, transform, and load): A type of data pipeline that enables data to be gathered from source systems, converted into a useful format, and brought into a data warehouse or other unified destination system
Information technology professionals: People who test, install, repair, upgrade, and maintain hardware and software solutions
Iteration: Repeating a procedure over and over again in order to keep getting closer to the desired result
Key performance indicator (KPI): A quantifiable value, closely linked to business strategy, which is used to track progress toward a goal
Portfolio: A collection of materials that can be shared with potential employers
Project manager: A person who handles a project’s day-to-day steps, scope, schedule, budget, and resources
Quiz: Weekly challenge 1
Fill in the blank: Business intelligence involves automating processes and information channels in order to transform relevant data into _ for decision-makers.
actionable insights
AI assistant
The answer is actionable insights.
Business intelligence (BI) is a set of processes and technologies for collecting, analyzing, and presenting data in order to help businesses make better decisions. BI involves transforming raw data into meaningful information that can be used to answer questions, identify trends, and make predictions.
The goal of BI is to provide decision-makers with actionable insights that they can use to improve the performance of their businesses. These insights can be used to identify new opportunities, improve efficiency, reduce costs, and make better strategic decisions.
In order to transform data into actionable insights, BI solutions typically use a variety of techniques, such as data mining, data visualization, and statistical analysis. These techniques can be used to identify patterns and trends in the data, and to create reports and dashboards that can be easily understood by decision-makers.
By automating processes and information channels, BI solutions can help businesses to collect and analyze data more efficiently. This can free up time and resources for decision-makers to focus on using the insights that are generated.
Here are some of the benefits of using BI to transform data into actionable insights:
- Improved decision-making: BI can help businesses to make better decisions by providing them with access to timely and accurate information.
- Increased efficiency: BI can help businesses to improve their efficiency by identifying areas where they can streamline processes and reduce costs.
- Enhanced customer service: BI can help businesses to provide better customer service by identifying customer trends and preferences.
- Increased profitability: BI can help businesses to increase their profitability by identifying new opportunities and improving their operational efficiency.
Overall, BI is a powerful tool that can help businesses to transform data into actionable insights that can be used to improve their performance.
What are some of the primary responsibilities of a business intelligence analyst? Select all that apply.
- Gather requirements from stakeholders, partners, and team members
- Use an understanding of large datasets to retrieve, organize, and interpret data
- Create visualizations, dashboards, and reports to use when presenting and communicating insights
AI assistant
The primary responsibilities of a business intelligence analyst include:
- Gathering requirements from stakeholders, partners, and team members: This involves understanding the needs of the business and the data that is available.
- Using an understanding of large datasets to retrieve, organize, and interpret data: This involves using data mining, statistical analysis, and other techniques to extract insights from the data.
- Creating visualizations, dashboards, and reports to use when presenting and communicating insights: This involves using data visualization tools to create reports and dashboards that are easy to understand and use.
- Evaluating and streamlining various devices, infrastructures, and information channels: This involves evaluating the existing BI infrastructure and making recommendations for improvements.
So the answer is all of the above.
Here are some additional responsibilities that a business intelligence analyst may have:
- Develop and maintain BI models and applications.
- Work with IT to integrate BI solutions with other systems.
- Train users on how to use BI solutions.
- Stay up-to-date on the latest BI technologies and trends.
The specific responsibilities of a business intelligence analyst will vary depending on the size and complexity of the organization, as well as the specific BI solutions that are being used. However, the responsibilities listed above are common to most BI analyst roles.
An application programming interface integrates computer programs, forming a connection that enables them to communicate with each other. What does it use to accomplish this?
Various procedures, A set of functions
AI assistant
The following are the components that an application programming interface (API) uses to integrate computer programs and form a connection that enables them to communicate with each other:
- A set of functions: An API is a set of functions that define how two programs can interact with each other. These functions are typically documented in a way that makes it easy for programmers to understand how to use them.
- Various procedures: An API may also define various procedures that can be used by programs to interact with each other. These procedures are typically more complex than functions and may involve multiple steps.
- Platforms: An API may be designed to work on a specific platform, such as Windows or macOS. However, there are also APIs that are designed to be platform-independent, meaning that they can be used on any platform.
- Tables: An API may use tables to store data that is shared by the two programs. These tables can be used to store information such as user names, passwords, and product prices.
So the answer is all of the above.
Here are some additional components that an API may use:
- Protocols: An API may use protocols to define how data is exchanged between the two programs. Protocols are a set of rules that govern how data is transmitted over a network.
- Security: An API may use security measures to protect the data that is exchanged between the two programs. These measures may include encryption and authentication.
- Documentation: An API should be well-documented so that programmers can understand how to use it. The documentation should include information about the functions, procedures, and tables that are used by the API.
The specific components that an API uses will vary depending on the specific needs of the two programs that are being integrated. However, the components listed above are common to most APIs.
Which team members maximize a company’s software and hardware resources so they may be used effectively in business intelligence projects?
Information technology professionals
AI assistant
The answer is information technology professionals.
Information technology (IT) professionals are responsible for the design, implementation, and maintenance of a company’s information technology infrastructure. This includes the software, hardware, and networks that are used to collect, store, and analyze data.
IT professionals play a critical role in maximizing a company’s software and hardware resources for business intelligence projects. They can help to ensure that the right software and hardware are in place, that the data is properly stored and managed, and that the systems are secure.
Data analysts are also involved in business intelligence projects, but their primary responsibility is to analyze data and extract insights. They typically use a variety of tools and techniques to do this, such as data mining, statistical analysis, and machine learning.
Project managers are responsible for the overall planning and execution of business intelligence projects. They work with IT professionals, data analysts, and other stakeholders to ensure that projects are completed on time and within budget.
Data warehousing professionals are responsible for the design, implementation, and maintenance of data warehouses. Data warehouses are large repositories of data that are used to support business intelligence projects.
So, while all of these team members play a role in business intelligence projects, it is the IT professionals who are responsible for maximizing the company’s software and hardware resources.
Here are some of the specific tasks that IT professionals may perform to maximize a company’s software and hardware resources for business intelligence projects:
- Select and procure the right software and hardware.
- Install and configure the software and hardware.
- Integrate the software and hardware with other systems.
- Secure the software and hardware.
- Monitor the performance of the software and hardware.
- Maintain and upgrade the software and hardware.
By performing these tasks, IT professionals can help to ensure that the company’s software and hardware resources are used effectively in business intelligence projects.
A business intelligence professional learns that a company is not using customer data to make decisions. What actions might they make in order to achieve higher levels of data maturity? Select all that apply.
- Build data-reporting tools
- Establish repeatable methods for monitoring operations
- Create dashboards to continuously analyze and monitor data
AI assistant
The following are some of the actions that a business intelligence professional might take in order to achieve higher levels of data maturity in a company that is not using customer data to make decisions:
- Establish repeatable methods for monitoring operations: This would involve creating a system for collecting and analyzing data on a regular basis. This data could then be used to identify trends and patterns, and to make informed decisions about operations.
- Build data-reporting tools: This would involve creating tools that can be used to visualize and interpret data. These tools could then be used to share data with decision-makers and to make it easier to understand.
- Create dashboards to continuously analyze and monitor data: This would involve creating dashboards that display key performance indicators (KPIs) in real time. This would allow decision-makers to track performance and make adjustments as needed.
- Examine data through a specific topic or subject-matter lens: This would involve focusing on specific areas of interest, such as customer behavior or product performance. This would allow the company to gain deeper insights into these areas.
It is important to note that these are just a few of the many actions that a business intelligence professional might take. The specific actions that are taken will vary depending on the specific needs of the company.
Here are some additional actions that a business intelligence professional might take:
- Educate stakeholders on the importance of data: This would involve explaining to stakeholders how data can be used to make better decisions.
- Create a culture of data-driven decision-making: This would involve encouraging stakeholders to use data to make decisions, rather than relying on gut instinct or intuition.
- Invest in data infrastructure: This would involve investing in the hardware and software that is needed to collect, store, and analyze data.
- Protect data privacy and security: This would involve taking steps to protect data from unauthorized access or disclosure.
By taking these actions, a business intelligence professional can help a company to achieve higher levels of data maturity and to make better decisions based on data.
A business intelligence professional is working for a global food service provider. In which business intelligence stage might they download a spreadsheet that contains data about grocery orders over the past six months?
Capture
AI assistant
The answer is capture.
The capture stage is the first stage of the business intelligence (BI) process. In this stage, data is collected from a variety of sources, such as databases, spreadsheets, and other files. The data can be collected manually or automatically.
In this case, the business intelligence professional is downloading a spreadsheet that contains data about grocery orders over the past six months. This is an example of data collection, which is a task that is performed in the capture stage of the BI process.
The other stages of the BI process are:
- Transform: In this stage, the data is cleaned and prepared for analysis. This may involve removing duplicate data, correcting errors, and transforming the data into a format that can be easily analyzed.
- Analyze: In this stage, the data is analyzed to identify trends, patterns, and insights. This may involve using statistical analysis, data mining, and other techniques.
- Report: In this stage, the results of the analysis are presented in a report or dashboard. This makes it easy for decision-makers to understand the findings and take action.
- Monitor: In this stage, the data is monitored on an ongoing basis to identify any changes or trends. This helps to ensure that the data is accurate and up-to-date.
So, the next stage of the BI process after downloading the spreadsheet would be to transform the data. This would involve cleaning and preparing the data for analysis.
What events might occur during the monitor stage of the business intelligence process? Select all that apply.
- Decision-makers are given business insights through a dashboard.
- A company uses automated processes to transform data into intelligence.
- Information channels provide data that reveals a business opportunity.
AI assistant
The following are some of the events that might occur during the monitor stage of the business intelligence (BI) process:
- Decision-makers are given business insights through a dashboard. This is one of the most common events that occur during the monitor stage. Dashboards are used to display key performance indicators (KPIs) in a visually appealing way. This makes it easy for decision-makers to track performance and identify any areas that need improvement.
- A company uses automated processes to transform data into intelligence. This is another common event that occurs during the monitor stage. Automated processes can be used to clean and prepare data, as well as to identify trends and patterns. This frees up time for human analysts to focus on more complex tasks, such as developing insights and making recommendations.
- A company transforms data in order to investigate more deeply. This may occur if the company is interested in learning more about a particular trend or pattern. By transforming the data, the company can gain a deeper understanding of the issue and make more informed decisions.
- Information channels provide data that reveals a business opportunity. This may occur if the company is using a variety of information channels, such as social media, customer surveys, and market research. By monitoring these channels, the company can identify new opportunities to grow its business.
It is important to note that these are just a few of the many events that might occur during the monitor stage. The specific events that occur will vary depending on the specific needs of the company.
Here are some additional events that might occur during the monitor stage:
- The data is compared to historical data to identify any changes or trends.
- The data is used to create alerts that notify decision-makers of any problems or issues.
- The data is used to forecast future trends and patterns.
- The data is used to optimize business processes.
- The data is used to improve customer service.
By monitoring the data on an ongoing basis, companies can ensure that they are making the best possible decisions and that they are taking advantage of all the opportunities that are available to them.
Business intelligence strategy is the management of the people, processes, and tools used in the business intelligence process. What are some key considerations with regard to the tools part of this concept? Select all that apply.
- Establishing key performance indicators
- Confirming access to needed technologies
- Considering which dashboards, reports, and other solutions will be most effective
AI assistant
The following are some of the key considerations with regard to the tools part of the business intelligence strategy:
- Confirming access to needed technologies: This includes ensuring that the company has the right hardware, software, and data infrastructure in place to support the BI process.
- Considering which dashboards, reports, and other solutions will be most effective: This involves understanding the needs of the decision-makers who will be using the BI tools and selecting the tools that will be most helpful to them.
- Establishing key performance indicators (KPIs): This involves identifying the metrics that will be used to measure the success of the BI initiative.
- Deciding who is responsible for business intelligence rules and policies: This involves assigning responsibility for developing and enforcing the rules and policies that will govern the use of BI tools.
- Managing the data quality: This involves ensuring that the data that is used in the BI process is accurate and up-to-date.
It is important to note that these are just some of the key considerations with regard to the tools part of the business intelligence strategy. The specific considerations will vary depending on the specific needs of the company.
Here are some additional considerations that may be relevant:
- The budget available for BI tools: The cost of BI tools can vary widely, so it is important to factor in the budget when making decisions about which tools to use.
- The level of technical expertise within the company: If the company does not have a lot of technical expertise, it may be necessary to choose BI tools that are easy to use and maintain.
- The scalability of the BI tools: The company needs to make sure that the BI tools can be scaled up to meet the needs of the business as it grows.
- The security of the BI tools: The company needs to make sure that the BI tools are secure and that the data that is used in the BI process is protected.
By carefully considering the key considerations, companies can ensure that they are selecting the right BI tools for their needs.
Fill in the blank: To get clear directions when navigating a database, business intelligence professionals use _, which organize data elements and how they relate to one another.
data models
AI assistant
The answer is data models.
Data models are a type of data structure that organizes data elements and how they relate to one another. They are used to represent the real-world entities and relationships that are being modeled.
Business intelligence professionals use data models to get clear directions when navigating a database. This is because data models provide a high-level overview of the data, which can help professionals to understand how the data is organized and how it can be used.
Data models can be created manually or automatically. Manually created data models are typically created by business intelligence professionals who have a deep understanding of the data. Automated data models are typically created by software that uses machine learning to learn the patterns in the data.
Data models are used in a variety of business intelligence applications, such as data mining, data visualization, and reporting. They are also used in database design and development.
Here are some of the benefits of using data models:
- They can help to improve the understanding of the data.
- They can help to identify patterns and trends in the data.
- They can help to improve the accuracy of data analysis.
- They can help to improve the efficiency of data storage and retrieval.
- They can help to improve the security of the data.
Overall, data models are a valuable tool that can be used by business intelligence professionals to get clear directions when navigating a database.
What steps are involved in the ETL process? Select all that apply.
- Bring data into a warehouse or other unified destination system
- Convert data into a useful format
- Gather data from source systems
AI assistant
The following are the steps involved in the ETL process:
- Extract: The first step is to extract the data from the source systems. This can be done through a variety of methods, such as querying a database, extracting files from a file system, or reading data from a streaming source.
- Transform: The second step is to transform the data into a format that is compatible with the destination system. This may involve cleaning the data, removing duplicates, and converting it into a common format.
- Load: The third step is to load the data into the destination system. This can be done through a variety of methods, such as inserting data into a database, uploading files to a file system, or writing data to a streaming source.
The steps of visually depicting data insights and gather data from source systems are not part of the ETL process.
The ETL process is a critical part of the business intelligence process. It is used to collect data from disparate sources, transform it into a format that can be analyzed, and load it into a data warehouse or other destination system. This allows businesses to gain insights from their data and make better decisions.
Here are some of the benefits of using the ETL process:
- It can help to improve the quality of the data.
- It can help to make the data more accessible and usable.
- It can help to improve the efficiency of data analysis.
- It can help to improve the security of the data.
Overall, the ETL process is a valuable tool that can be used by businesses to improve their data management and analytics capabilities.
A business analyst automates processes and information channels in order to transform data into actionable insights. Then, they share these insights with decision-makers. What concept does this scenario describe?
Business intelligence
AI assistant
The concept described in the scenario is business intelligence.
Business intelligence (BI) is the process of collecting, analyzing, and presenting data to help businesses make better decisions. It involves using a variety of tools and techniques to extract insights from data, such as data mining, statistical analysis, and machine learning.
In the scenario, the business analyst is using automation to transform data into actionable insights. This is a key part of the BI process, as it allows businesses to quickly and easily analyze large amounts of data. The insights that are generated are then shared with decision-makers, who can use them to make better decisions about the business.
Here are some of the benefits of using business intelligence:
- It can help businesses to improve their decision-making.
- It can help businesses to identify new opportunities.
- It can help businesses to improve their efficiency.
- It can help businesses to reduce costs.
- It can help businesses to improve their customer service.
Overall, business intelligence is a valuable tool that can be used by businesses to improve their performance.
The other concepts mentioned are also important, but they are not as closely related to the scenario as business intelligence.
- Business strategy is the overall plan for how a business will achieve its goals. It involves setting goals, developing strategies, and allocating resources.
- Business metrics are the measurements that are used to track the performance of a business. They can be used to measure things like sales, profits, customer satisfaction, and employee productivity.
- Business monitoring is the process of collecting and analyzing data to track the performance of a business. It involves identifying trends, identifying problems, and taking corrective action.
What is an application programming interface?
A set of functions and procedures that integrate computer programs, forming a connection that enables them to communicate
AI assistant
An application programming interface (API) is a set of functions and procedures that integrate computer programs, forming a connection that enables them to communicate.
APIs are used to make it easier for programmers to develop applications that interact with other applications or services. They are also used to make it easier for users to access data and functionality from applications.
Here are some examples of APIs:
- The Google Maps API allows developers to embed Google Maps in their own applications.
- The Twitter API allows developers to access Twitter data and functionality.
- The Stripe API allows developers to accept payments in their applications.
APIs can be used for a variety of purposes, including:
- Data integration: APIs can be used to integrate data from different sources.
- Application development: APIs can be used to develop applications that interact with other applications or services.
- User experience: APIs can be used to improve the user experience by making it easier for users to access data and functionality from applications.
- Security: APIs can be used to secure data and functionality by controlling who has access to them.
Overall, APIs are a powerful tool that can be used to improve the development, integration, and security of applications.
The other options are incorrect.
- A tool for managing the availability, integrity, and security of data based on internal standards and policies is called a data governance framework.
- A process or set of rules followed to achieve a specific task is called a procedure.
- A software application that brings together data analysis tools in a single place is called a data analytics platform.
Business intelligence projects often require the help of information technology (IT) professionals. What are some of the typical responsibilities of these team members? Select all that apply.
Test software, Install, repair, and upgrade hardware
AI assistant
The following are some of the typical responsibilities of IT professionals in business intelligence projects:
- Install, repair, and upgrade hardware: IT professionals are responsible for ensuring that the hardware used in business intelligence projects is properly installed, repaired, and upgraded. This includes servers, storage devices, and networking equipment.
- Bring data into an internal company database: IT professionals are responsible for bringing data into an internal company database. This may involve extracting data from disparate sources, cleaning and transforming the data, and loading it into the database.
- Write code specific to the project goals: IT professionals may be responsible for writing code specific to the project goals. This may involve developing custom applications or integrating existing applications.
- Test software: IT professionals are responsible for testing software used in business intelligence projects. This ensures that the software is working properly and that it meets the needs of the project.
Here are some additional responsibilities that IT professionals may have in business intelligence projects:
- Design and implement data warehouses: Data warehouses are repositories of data that are used to support business intelligence projects. IT professionals are responsible for designing and implementing data warehouses.
- Secure data: IT professionals are responsible for securing data used in business intelligence projects. This includes protecting data from unauthorized access, use, disclosure, disruption, modification, or destruction.
- Manage data quality: IT professionals are responsible for managing the quality of data used in business intelligence projects. This includes ensuring that the data is accurate, complete, and consistent.
- Train users: IT professionals may be responsible for training users on how to use business intelligence tools and applications.
Overall, IT professionals play a critical role in business intelligence projects. They are responsible for ensuring that the hardware, software, and data are properly managed and secured. They also help to develop and implement the business intelligence solutions that are used to make better decisions.
A business intelligence professional is building data-reporting tools and creating dashboards that continuously analyze and monitor data. What business intelligence goal does this situation describe?
Achieving higher levels of data maturity
AI assistant
The business intelligence goal that this situation describes is continuously analyzing and monitoring data.
This is because the business intelligence professional is building data-reporting tools and creating dashboards that will allow them to track data on an ongoing basis. This will help them to identify trends and patterns, and to make informed decisions about the business.
The other options are incorrect.
- Using data to answer questions about what happened is a goal of business intelligence, but it is not the only goal. Business intelligence can also be used to solve problems, achieve higher levels of data maturity, and collect, transform, and organize data.
- Achieving higher levels of data maturity is a long-term goal that requires a commitment to data quality, governance, and security. It is not something that can be achieved by simply building data-reporting tools and creating dashboards.
- Solving problems by examining the data through a specific topic or subject-matter lens is a specific application of business intelligence. It is not the only application of business intelligence.
- Collecting, transforming, and organizing data is the first step in the business intelligence process. It is not the only step in the process.
Overall, the goal of continuously analyzing and monitoring data is an important part of the business intelligence process. It allows businesses to track data on an ongoing basis and to make informed decisions about the business.
A business intelligence professional is working for a national shipping company. In which business intelligence stage might they query a database to return a dataset about last month’s shipping speeds?
Analyze
AI assistant
The business intelligence stage where a business intelligence professional might query a database to return a dataset about last month’s shipping speeds is analyze.
The analyze stage is the third stage of the business intelligence process. In this stage, the data is analyzed to identify trends, patterns, and insights. This may involve using statistical analysis, data mining, and machine learning.
In this case, the business intelligence professional would query the database to retrieve the data about last month’s shipping speeds. This data would then be analyzed to identify any trends or patterns. For example, the business intelligence professional might look at the average shipping speed for each day of the month, or they might look at the shipping speed for each region.
The insights that are generated during the analyze stage can be used to improve the shipping process. For example, if the business intelligence professional finds that the average shipping speed is slower on weekends, they can work to improve the shipping process on weekends.
The other stages of the business intelligence process are:
- Capture: In this stage, the data is collected from a variety of sources, such as databases, spreadsheets, and other files.
- Transform: In this stage, the data is cleaned and prepared for analysis. This may involve removing duplicate data, correcting errors, and transforming the data into a format that is compatible with the analysis tools.
- Report: In this stage, the results of the analysis are presented in a report or dashboard. This makes it easy for decision-makers to understand the findings and take action.
- Monitor: In this stage, the data is monitored on an ongoing basis to identify any changes or trends. This helps to ensure that the data is accurate and up-to-date.
So, the answer is analyze.
Business intelligence strategy is the management of the people, processes, and tools used in the business intelligence process. What are some key considerations with regard to the people part of this concept?
- Getting feedback from people with diverse perspectives
- Deciding who is responsible for business intelligence governance
- Understanding the vision for the business intelligence process
AI assistant
The following are some key considerations with regard to the people part of the business intelligence strategy:
- Getting feedback from people with diverse perspectives: This is important to ensure that the business intelligence strategy is aligned with the needs of the business. It is also important to get feedback from people who have different perspectives, such as data scientists, business analysts, and decision-makers.
- Deciding who is responsible for business intelligence governance: This involves assigning responsibility for developing and enforcing the rules and policies that will govern the use of business intelligence tools and data.
- Understanding the vision for the business intelligence process: This involves understanding the goals of the business intelligence strategy and how it will be used to achieve those goals.
- Building a team of skilled and experienced people: This is essential to the success of the business intelligence strategy. The team should have a variety of skills, such as data analysis, data visualization, and business intelligence software.
- Creating a culture of collaboration: This is important to ensure that the business intelligence strategy is successful. The team should be able to work together effectively to collect, analyze, and share data.
The following are not key considerations with regard to the people part of the business intelligence strategy:
- Documenting everything that has been learned: This is important, but it is not a key consideration. The business intelligence strategy should be documented, but it is more important to get feedback from people with diverse perspectives, decide who is responsible for business intelligence governance, and understand the vision for the business intelligence process.
Overall, the people part of the business intelligence strategy is essential to its success. By getting feedback from people with diverse perspectives, deciding who is responsible for business intelligence governance, understanding the vision for the business intelligence process, and building a team of skilled and experienced people, businesses can ensure that their business intelligence strategy is successful.
What business intelligence process involves gathering data from source systems, converting it into a useful format, and bringing it into a unified system?
ETL
AI assistant
The business intelligence process that involves gathering data from source systems, converting it into a useful format, and bringing it into a unified system is called ETL, which stands for Extract, Transform, and Load.
- Extract: The first step in the ETL process is to extract the data from the source systems. This can be done through a variety of methods, such as querying a database, extracting files from a file system, or reading data from a streaming source.
- Transform: The second step in the ETL process is to transform the data into a useful format. This may involve cleaning the data, removing duplicates, and converting it into a common format.
- Load: The third step in the ETL process is to load the data into a unified system. This can be done through a variety of methods, such as inserting data into a database, uploading files to a file system, or writing data to a streaming source.
ETL is a critical part of the business intelligence process. It allows businesses to collect data from disparate sources, transform it into a format that can be analyzed, and load it into a data warehouse or other destination system. This allows businesses to gain insights from their data and make better decisions.
The other options are incorrect.
- Dashboard: A dashboard is a visual representation of data that is used to monitor and track performance. It is not a process.
- Data models: Data models are a type of data structure that organizes data elements and how they relate to one another. They are used to represent the real-world entities and relationships that are being modeled. They are not a process.
- Data visualization: Data visualization is the process of displaying data in a way that makes it easy to understand and interpret. It is not a process.