Practical AI Privacy

Katharine Jarmul

Author of Practical Data Privacy

Build Privacy Engineering into AI/ML Systems

Ensure your AI platforms and products are ethically sound and legally compliant. This intensive course equips you with the essential skills for modern AI privacy engineering, offering a blend of cutting-edge best practices and practical implementation strategies.

Through live sessions, collaborative design workshops, and a capstone project simulating a real-world challenge, you'll gain expertise in defining privacy, assessing and mitigating risks, implementing pseudonymization and input sanitization, and integrating guardrails into AI workflows.

This course is designed for mid-career and senior-level software engineers, data engineers, machine learning engineers, and privacy professionals seeking to enhance their expertise in a rapidly evolving field.

Participants will work collaboratively in multidisciplinary teams, mastering not only technical skills but also crucial concepts in architecture, risk assessment, and mitigation prioritization. With the increasing use of sensitive data in AI products, these skills are in-demand and future-proof.

What you’ll learn

Empower your team with real advice and hands-on skills to build privacy into today's AI workflows and systems.

  • Understand risks introduced by architectural choices, interfaces and undocumented data flows

  • Prioritize risks based on maturity, scope and product/user understanding

  • Develop multidisciplinary assessments to communicate risk effectively at large organizations

  • Hands-on practice with libraries and approaches for pseudonymizing sensitive text and image inputs

  • Evaluate where LLMs and smaller task-specific models can assist in privacy tooling

  • Determine where unaddressable risk lies and discuss product-focused interventions

  • Spot common architectural patterns that prohibit addressing privacy mistakes

  • Investigate prompt routing, rewriting and local models to build privacy into architecture choices

  • Enable privacy observability into data flows for privacy failure monitoring and alerting

  • Build privacy evaluation criteria into model evaluation workflows

  • Practice Privacy Red Teaming in real-world AI workflows

  • Prioritize product-specific testing for real-time alerting and observability

Learn directly from Katharine

Katharine Jarmul

Katharine Jarmul

Author of Practical Data Privacy, Specialist in AI/ML Systems

Who this course is for

  • Data, Software and Machine Learning Engineers

  • Technical Privacy Professionals (Privacy Engineers)

  • Privacy Leadership (technical-oriented)

Prerequisites

  • Data, Software and Machine Learning Engineers (Target Audience)

    You should be familiar with Python and able to use normal Python data libraries. You are willing to adapt code and build out AI workflows.

  • Privacy Professionals

    You have technical chops and either want to expand them or integrate them into your work with AI/ML systems

  • Privacy and Risk Leadership

    You are comfortable in technical conversations and want to increase your knowledge of AI privacy risk.

Course syllabus

18 live sessions β€’ 6 projects

Week 1

Apr 20β€”Apr 26

    What exactly is privacy in AI systems?

    • Apr

      20

      What Privacy Is and Isn't

      Mon 4/204:00 PMβ€”5:00 PM (UTC)
    • Apr

      22

      Mapping AI Systems: A Privacy Perspective

      Wed 4/224:00 PMβ€”5:00 PM (UTC)
    • Apr

      24

      Optional: Setting up your environment - Drop In Hours

      Fri 4/245:00 PMβ€”6:00 PM (UTC)
      Optional
    1 more item

Week 2

Apr 27β€”May 3

    AI Product/Workflow Setup and Risk Hunting

    • Apr

      27

      User Flow: Creating Synthetic Data, Building Initial Evaluations

      Mon 4/274:00 PMβ€”5:00 PM (UTC)
    • Apr

      29

      AI Risk Hunt

      Wed 4/294:00 PMβ€”5:00 PM (UTC)
    • May

      1

      Optional: Office Hours: Setting up your data and evaluations

      Fri 5/14:00 PMβ€”5:00 PM (UTC)
      Optional
    1 more item

Schedule

Live sessions

2-3 hrs / week

    • Mon, Apr 20

      4:00 PMβ€”5:00 PM (UTC)

    • Wed, Apr 22

      4:00 PMβ€”5:00 PM (UTC)

    • Fri, Apr 24

      5:00 PMβ€”6:00 PM (UTC)

Projects

2 hrs / week

Async content

1 hr / week

Optional additional readings and discussions

$1,400

USD

Apr 20β€”May 30
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