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Peter Bruce, Grant Fleming, Veronica Carlan, Kuber Deokar, and Janet Dobbins

Concern about the harmful effects of machine learning algorithms and AI models (bias and more) has resulted in greater attention to the fundamentals of data ethics. News stories appear regularly about credit algorithms that discriminate against women, medical algorithms that discriminate against African Americans, hiring algorithms that base decisions on gender, and more. In most cases, those who developed and deployed these algorithms and data processes had no such intentions, and were unaware of the harmful impact of their work.

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Concern about the harmful effects of machine learning algorithms and AI models (bias and more) has resulted in greater attention to the fundamentals of data ethics. News stories appear regularly about credit algorithms that discriminate against women, medical algorithms that discriminate against African Americans, hiring algorithms that base decisions on gender, and more. In most cases, those who developed and deployed these algorithms and data processes had no such intentions, and were unaware of the harmful impact of their work.

This data science ethics course for both practitioners and managers provides guidance and practical tools to build better models and avoid these problems. The course offers a framework data scientists can use to develop their projects, and an audit process to follow in reviewing them. Case studies along with Python code are provided.

What you'll learn

After completing this course you should be able to:

  • Identify and anticipate the types of unintended harm that can arise from AI models
  • Explain why interpretability is key to avoiding harm
  • Distinguish between intrinsically interpretable models and black box models
  • Evaluate tradeoffs between model performance and interpretability
  • Establish a Responsible Data Science framework for your projects

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What's inside

Learning objectives

  • Identify and anticipate the types of unintended harm that can arise from ai models
  • Explain why interpretability is key to avoiding harm
  • Distinguish between intrinsically interpretable models and black box models
  • Evaluate tradeoffs between model performance and interpretability
  • Establish a responsible data science framework for your projects

Syllabus

This course is arranged in 4 modules. We estimate that you will need 5 hours per week. The course is self-paced, so you have the flexibility to complete the modules in your own time.
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Week 1 – Landscape of Harm
Videos:
AI and Big Brother
Unintended harm
Types of harm
Best Practices - CRISP-DM
A bit of ancient history (verified users only)
Knowledge Checks
Reading / Discussion Prompt 1
Exercise 1 & 2 (for verified users only)
Week 2 – Legal Issues
Legal Issues EU
Existing laws
Reading / Discussion Prompt 2
Exercise 3 (for verified users only)
Week 3 – Transparency
Model interpretability
Global interpretability methods
Reading
Exercise 4 & 5 (for verified users only)
Week 4 – Principles and Frameworks
Introduction to Principles of Responsible Data Science (RDS)
From Principles to Practice
RDS Framework
Return to CRISP-DM
Exercise 6 (for verified users only)

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Teaches Responsible Data Science framework, which is important for increasing awareness of data ethics
Provides guidance and practical tools to help build better models and avoid harmful impacts of AI models
Covers legal issues related to data ethics, ensuring learners are aware of potential legal implications
Emphasizes interpretability of models, which is essential for avoiding harm and ensuring responsible use of AI
Taught by recognized instructors in the field, bringing expertise and credibility to the course
Provides case studies and Python code for practical application and reinforcement of concepts

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Principles of Data Science Ethics with these activities:
Review regression & classification techniques
Refresh your knowledge of regression and classification before taking the course to ensure a solid foundation.
Browse courses on Regression
Show steps
  • Read lecture notes on regression and classification techniques
  • Complete practice problems on regression and classification algorithms
  • Review examples of regression and classification models in real-world applications
Review CRISP-DM framework
Review the key concepts of the CRISP-DM framework to enhance your understanding of the data science process and prepare for the course materials.
Show steps
  • Read the CRISP-DM white paper
  • Watch a video tutorial on the CRISP-DM framework
  • Summarize the key steps and phases of the CRISP-DM framework
Build a small machine learning model
Putting machine learning concepts into practice by building your own model will strengthen your understanding.
Browse courses on Modeling
Show steps
  • Choose a simple dataset to work with
  • Select appropriate machine learning algorithms for the task
  • Train and evaluate the model using Python or other tools
One other activity
Expand to see all activities and additional details
Show all four activities
Solve practice problems on bias mitigation
Engage in practice problems that simulate real-world scenarios to reinforce your understanding of bias mitigation techniques and their applications.
Browse courses on Bias Mitigation
Show steps
  • Attempt a Kaggle competition on bias mitigation
  • Work through a set of practice problems on fairness metrics
  • Participate in a peer group to discuss and analyze bias mitigation strategies

Career center

Learners who complete Principles of Data Science Ethics will develop knowledge and skills that may be useful to these careers:
Data Scientist
Data scientists use machine learning and other techniques to extract insights from data. This course teaches the responsible development and deployment of AI models, which is crucial for data scientists who want to avoid the unintended harmful effects of their work. The course also provides case studies and Python code, making it a practical resource for data scientists of all levels.
Machine Learning Engineer
Machine learning engineers build and maintain machine learning models. This course teaches the fundamentals of data ethics, which is essential for machine learning engineers who want to create models that are fair and unbiased. The course also provides guidance on how to evaluate the tradeoffs between model performance and interpretability.
Data Analyst
Data analysts use data to solve business problems. This course teaches the importance of interpretability in avoiding harm, which is critical for data analysts who want to make sure that their insights are clear and actionable. The course also provides a framework for evaluating the ethical implications of data analysis projects.
Statistician
Statisticians use statistical methods to analyze data. This course teaches the principles of responsible data science, which is essential for statisticians who want to ensure that their work is ethical and unbiased. The course also provides guidance on how to communicate statistical findings in a clear and concise manner.
Business Analyst
Business analysts use data to make business decisions. This course teaches the importance of considering the ethical implications of data analysis, which is critical for business analysts who want to make decisions that are fair and equitable. The course also provides a framework for developing data-driven solutions that are aligned with organizational values.
Data Engineer
Data engineers build and maintain data pipelines. This course teaches the importance of data quality and data governance, which is essential for data engineers who want to ensure that their work is ethical and compliant. The course also provides guidance on how to design and implement data pipelines that are secure and reliable.
Risk Manager
Risk managers identify and mitigate risks. This course teaches the importance of considering the ethical implications of risk management decisions, which is critical for risk managers who want to make decisions that are fair and equitable. The course also provides a framework for developing risk management strategies that are aligned with organizational values.
Compliance Officer
Compliance officers ensure that organizations comply with laws and regulations. This course teaches the importance of understanding the ethical implications of compliance decisions, which is critical for compliance officers who want to make decisions that are fair and equitable. The course also provides a framework for developing compliance programs that are aligned with organizational values.
Auditor
Auditors evaluate the financial statements of organizations. This course teaches the importance of considering the ethical implications of auditing decisions, which is critical for auditors who want to make decisions that are fair and equitable. The course also provides a framework for developing audit procedures that are aligned with organizational values.
Consultant
Consultants provide advice to businesses and organizations. This course teaches the importance of considering the ethical implications of consulting decisions, which is critical for consultants who want to make decisions that are fair and equitable. The course also provides a framework for developing consulting recommendations that are aligned with client values.
Project Manager
Project managers plan and execute projects. This course teaches the importance of considering the ethical implications of project management decisions, which is critical for project managers who want to make decisions that are fair and equitable. The course also provides a framework for developing project plans that are aligned with organizational values.
Product Manager
Product managers develop and launch products. This course teaches the importance of considering the ethical implications of product development decisions, which is critical for product managers who want to make decisions that are fair and equitable. The course also provides a framework for developing product roadmaps that are aligned with customer values.
Sales Manager
Sales managers lead sales teams. This course teaches the importance of considering the ethical implications of sales decisions, which is critical for sales managers who want to make decisions that are fair and equitable. The course also provides a framework for developing sales strategies that are aligned with company values.
Marketing Manager
Marketing managers develop and execute marketing campaigns. This course teaches the importance of considering the ethical implications of marketing decisions, which is critical for marketing managers who want to make decisions that are fair and equitable. The course also provides a framework for developing marketing campaigns that are aligned with company values.
Human Resources Manager
Human resources managers oversee the human resources department. This course may be useful for human resources managers who want to learn more about the ethical implications of human resources decisions. The course provides a framework for developing human resources policies that are aligned with company values.

Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Principles of Data Science Ethics.
Practical guide to responsible data science. It covers topics such as data ethics, data privacy, and data security.
Provides a theoretical foundation for ethical AI. It covers topics such as algorithmic fairness, accountability, and transparency.
Provides a comprehensive overview of AI ethics. It covers topics such as the history of AI ethics, the different ethical theories that can be applied to AI, and the specific ethical challenges that AI poses.
Explores the ethical implications of artificial intelligence from a philosophical perspective. It covers topics such as the nature of consciousness, the meaning of life, and the future of humanity.
Examines the ethical implications of artificial intelligence from a technical perspective. It covers topics such as the risks of AI, the need for AI safety, and the importance of human control over AI.
Explores the ethical implications of artificial intelligence from a futurist perspective. It covers topics such as the potential benefits and risks of AI, the impact of AI on human society, and the future of humanity in the age of AI.
Explores the ethical implications of artificial intelligence from a philosophical perspective. It covers topics such as the risks of AI, the need for AI safety, and the importance of human control over AI.

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