Skip to 0 minutes and 9 seconds If you’re a business manager, you’ve probably asked yourself, “what if there was a way to make smarter business decisions”? Fortunately, this course, data analytics for managers will help you develop the skills to answer this question and more. You’ll be able to leverage data to improve your business and work more effectively with data analysts. This course is unique. It presents complex data analysis topics in a practical way that you can easily apply to your business environment, even if you have no prior knowledge of data analytics. So, if you’re interested in finding out more about using data to improve your business and solve common business problems, then enroll in this Data Analytics for Managers course from the University of Adelaide. Now.
Duration
6 weeksWeekly study
3 hours
Data Analytics for Managers
This course has been certified by the CPD Certification Service as conforming to continuing professional development principles. Find out more.
Develop your decision making and management skills informed by data analytics
Data analytics expertise empowers managers to transform their business frameworks and enables them to work effectively with data science teams.
In this six-week course from the University of Adelaide, you’ll develop your knowledge of how data analysts operate in business environments. You’ll learn how to explain data analysis processes, identify trends, and develop data-informed business solutions.
Explore the fundamentals of data science analysis
Many managers lack the confidence to interpret data, depriving them of useful insights and preventing them from developing a competitive edge.
In this course, you’ll be introduced to the basics of data analysis, equipping you with the skills to work alongside your data science team to derive meaning from data and capitalise on the data analytical skills of your workforce.
Deliver business transformation by understanding relationships in data
Using engaging case studies, you’ll learn to apply cutting-edge data processing techniques to solve common business problems and discover new patterns in data.
You’ll explore key terminology, from the k-means clustering algorithm to linear regressions, allowing you to interpret data and predict upcoming business trends.
Discover the power of market basket analysis and network analysis
You’ll learn to analyse transaction data, using the concept of association rules analysis, before moving on to learning the basics of network metrics and analysis.
By the end of this course, you’ll have enhanced your understanding of data analysis and the insights it can deliver within your business environment. Equipped with an understanding of processes used within business data analytics, you’ll be able to work alongside your data analytics team to deliver better strategies and make data-driven decisions.
Syllabus
Week 1
Introduction to data analytics
Getting Started
This section includes all the information you will need to get started in this course.
Introduction to Week 1
Let's take a look ahead to what we'll be covering this week.
What is data analytics?
Find out how data can be used to make discoveries and predictions and measure success.
What are the roles and responsibilities in a data analytics team?
Find out about the different roles in a data analytics team and the types of analysis they perform.
What are the different types of data analytics techniques?
Only a handful of distinct data analytics techniques are used to solve problems. Find out what they are.
What is the data analytics process?
There is a standard approach to using data analytics to solve problems in every area of business. Find out more about this.
Assessment
Do you know what data analytics is, the main methods used and what data can do for you? Take this test to find out how much you know.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what's coming up next.
Week 2
Discovering new patterns in data to transform your business
Introduction to Week 2
This week you will learn how discovering new patterns in data can help you transform your business.
Strategies in using new data patterns to transform your business
This activity is an introduction to unsupervised data analytical techniques and the important role they can serve in business.
What is a cluster? Similarity and distance measures
In this activity, you will begin your exploration of the clustering procedure and find out how similarity between points in a cluster can be measured.
The k-means clustering algorithm
K-means clustering is one of the most common and useful clustering techniques. In this activity, you will find out how it is done in practice.
Optimising your clustering analysis with the elbow method
In this activity, you will find out how to determine the number of clusters you should be looking for in your data.
Limitations of k-means clustering analyses
Complete this activity to find out the circumstances in which the k-means clustering algorithm is ineffective.
Assessment
Can you evaluate the validity and methodology of a business report that utilises a k-means clustering analysis? Complete this assessment to find out.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what's coming up next.
Week 3
Making predictions using your data to solve business problems
Introduction to Week 3
This week you will learn about the supervised analysis technique of regression analysis.
Simple linear and non-linear regressions
Find out how regression analysis can help you to make predictions to solve business problems.
Complex linear and non-linear regressions
Find out how more complex linear and non-linear regressions can help you make more accurate predictions.
Non-linear regression with neural networks
Find out about neural networks and how they are designed to mimic the learning process of a human brain.
Overfitting
Learn about overfitting and how it can be avoided.
Assessment
Take this test to find out how much you have learned about linear and non-linear regression and neural networks.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what's coming up next.
Week 4
Predicting the category of data points to solve business problems
Introduction to Week 4
Let's take a look ahead to what we'll be covering this week.
K-nearest neighbours
This activity is an introduction to the algorithm of k-nearest neighbours (k-NN for short) which is used to make predictions.
Decision trees and random forests
In this activity you will learn about decision trees and random forests. They are a popular alternative to neural network analysis.
Assessment
What have you learnt about k-nearest neighbours, decision trees and random forests? Complete this assessment to find out.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what's coming up next.
Week 5
The power of shopping basket analysis
Introduction to Week 5
This week you will learn about the power of market basket analysis.
Association Rules
This activity explains association rules. An association rule is a rule that tells us “what goes with what”.
The Apriori algorithm
Several algorithms have been proposed for identifying frequent item sets, but the classic one is the Apriori algorithm of Agrawal and Srikan. Find out more in this activity.
Assessment
Can you explain the uses of association rules analysis? Do you know how to interpret the results and determine if a rule is worth pursuing to redesign an aspect of a business? Complete this assessment to test your knowledge.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what's coming up next.
Week 6
What are your influencers?
Introduction to Week 6
Let's take a look ahead to what we'll be covering this week.
Basics of networks
Find out how the field of graph network analysis provides a standard set of tools for solving business problems and the relational data created by online social media tools allows businesses to design solutions for customers.
Network metrics
Some examples of network metrics are density, centralisation and degree centrality. Continue your learning to find out more about these metrics.
Assessment
Can you uncover data relationships through network analysis? Take this text to find out.
Bringing it all together
Let's reflect on what we've covered this week and take a look at what your next steps might be.
What's next?
Congratulations on making it to the end of the course. We have really enjoyed sharing this learning journey with you. Let's reflect on what we've covered over the past weeks and look at ways for you to carry on learning!
Learning on this course
On every step of the course you can meet other learners, share your ideas and join in with active discussions in the comments.
What will you achieve?
By the end of the course, you‘ll be able to...
- Explain data analytics and how it is practised and applied within a business environment.
- Evaluate the results of data analysis within a business context.
- Describe different types of data processing and explain how they solve common business problems.
Who is the course for?
This course is designed for managers who want to improve their knowledge of data analytics. It will help both managers and those in leadership work effectively with data science teams and data analysts to improve business processes, identify trends and interpret data.
This course is suitable for managers who already work with data analysts, as well as those looking to expand their business team to include data analysts.
Whilst the primary audience is those in management roles, this course may also benefit those who collaborate with data analysts who wish to further their understanding of data analytic processes, key terminology and practices.
No prior knowledge or experience of data analytics is required, though you do need an understanding of basic maths terminology such as mean, logarithm, and Pythagoras.
Who will you learn with?
I am a particle astrophysicist and data scientist at the University of Adelaide. I co-lead a University of Adelaide Data Analytics Group that applies data science to industry problems.
I work as a research assistant in the School of Physical Sciences at the University of Adelaide. Much of my work involves simulating and analysing huge amounts of particle physics data.
I am currently a postgraduate student studying Physics at the University of Adelaide. Along with being a data scientist in the past, I have experience in teaching a first year machine learning course.
Who developed the course?
World ranking
Top 110Source: QS World University Rankings 2023
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