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Responsible AI Engineering: Alignment, Safety, and Governance

Learn the theory and practice of engineering responsible AI to build safe, reliable, and trustworthy AI systems.

4.7
15 lessons
4h
Created by Khayyam Hashmi
Responsible AI Engineering: Alignment, Safety, and Governance
What's included
  • 15 lessons across 4 modules
  • AI Tutor on every lesson
Why this course
  • Prove AI Safety in InterviewsDemonstrate your ability to articulate AI safety principles and governance strategies during technical interviews.
  • Evaluate AI Risks EffectivelyAssess and classify AI risks in production environments, ensuring robust safety measures are in place.
  • Implement Adversarial TestingConduct adversarial testing on AI models to identify vulnerabilities and improve system robustness in real-world applications.
  • Design Comprehensive Safety CasesCreate formal AI safety cases that align with regulatory requirements, proving the ethical acceptability of AI systems.
Who wrote it
Khayyam Hashmi
Computer scientist and Generative AI and Machine Learning specialist. VP of Technical Content @ educative.io.

Dr. Khayyam Hashmi is a seasoned computer scientist and Generative AI and Machine Learning specialist. As a researcher, educator, and the VP of Technical Content at Educative, he is dedicated to making complex computing concepts accessible for learners worldwide. With a PhD in Computer Science from Wayne State University and academic publications in service-oriented systems and intelligent computing, Khayyam excels at fusing an academic perspective with practical software engineering insights. Khayyam’s courses, writing, and research spans technical topics including adaptive AI systems, neural networks, Intelligent tutoring systems, and production-ready software design.

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What You'll Learn

  • Define the foundational concepts of responsible AI, including safety, alignment, and interpretability in AI systems.
  • Classify AI risks into categories such as malicious use, unintentional malfunctions, and systemic pressures affecting AI safety.
  • Analyze the alignment problem in AI systems, identifying outer and inner alignment failures and their implications for safety.
  • Implement adversarial attacks to evaluate model robustness and identify vulnerabilities in AI systems.
  • Utilize LIME and SHAP for interpreting AI models, ensuring fairness and accountability in high-stakes applications.
  • Design and implement a Reinforcement Learning from Human Feedback (RLHF) loop to align AI behavior with ethical values.

Learning Roadmap

15 Lessons

1.

Building the Foundation for Safe AI Systems

Building the Foundation for Safe AI Systems

Build a foundational risk map by contrasting accidents with attacks and deconstructing alignment failures such as reward hacking and Goodhart’s Law.

2.

The Technical Toolkit

The Technical Toolkit

Gain technical control by performing adversarial stress tests, auditing opaque decisions with interpretability tools, and steering intent using RLHF.

3.

Advanced Governance and Frontier Problems

Advanced Governance and Frontier Problems

5 Lessons

5 Lessons

Deploy safe systems by measuring dangerous capabilities, automating red teaming with PyRIT, and governing autonomous agents through runtime frameworks.
Certificate of Completion
Showcase your accomplishment by sharing your certificate of completion.
Fahim Ul HaqResponsible AI Engineering: Alignment,Safety, and GovernanceFounder & CEO
About this course
WHY I WROTE THIS COURSE
As AI systems move into high-stakes domains, responsible AI engineering is becoming a core requirement, not an afterthought. Building models is no longer enough; engineers must ensure systems are aligned, robust, and safe under real-world conditions. This course provides a structured path to understanding and applying responsible AI engineering in modern AI workflows. I built this course from my work in adaptive AI systems and intelligent architectures, where model reliability and alignment are critical. A recurring pattern I observed was that teams focused on performance metrics while overlooking failure modes such as bias, misalignment, and unsafe behavior. This course addresses that gap by framing responsible AI engineering as a system-level discipline. You’ll explore AI risks, alignment failures, interpretability techniques, and adversarial testing. The course covers tools like LIME, SHAP, and red-teaming workflows, along with alignment strategies and runtime governance. If you want to apply responsible AI engineering in real systems, this course provides a clear, practical foundation.
ABOUT THE AUTHOR

Khayyam Hashmi

Computer scientist and Generative AI and Machine Learning specialist. VP of Technical Content @ educative.io.

Learn more about Khayyam

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