
Summarizes NIST's seven trustworthy AI characteristics—valid and reliable, safe, secure and resilient, accountable and transparent, explainable and interpretable, privacy enhanced, and fair with bias managed—and their governance implications.
Survey the global regulatory landscape for AI across the United States, European Union, United Kingdom, and APAC jurisdictions, highlighting NIST AI RMF and EU AI Act.
Summarizes AI security and governance concepts, linking data, model, and input risks with statistical testing, change management, and monitoring under NIST and the EU AI Act.
Explore how AI risk differs from traditional IT risk through probabilistic harm, dual use, and amplification, and learn to pair security and safety tracks with metrics and explicit misuse stories.
Explore the origins and purpose of the NIST AI RMF 1.0, a voluntary, sector-agnostic baseline that centers rights preservation and serves AI actors, decision makers, and evaluators.
Govern is the program-level function that sets policies, accountability structures, workforce diversity, risk culture, stakeholder engagement, and third-party risk across AI initiatives, with artifacts ensuring responsible governance.
See how govern, map, measure, and manage interact in a continuous cycle, sharing artifacts to keep an AI program honest and evolving. Recognize fast, medium, and slow loops guiding decisions.
Discover how profiles and tiers tailor AI risk management, define current and target states, and offer one-page roadmaps for accountable governance across systems.
Summarize the RMF on one page by applying govern, map, measure, and manage, with profiles and tiers to tailor governance for your AI program.
Iteratively apply the NIST AI RMF to build a governance program, starting with one high-risk system, assembling inventory, thresholds, and a phased 90-day to year two plan.
Form an operational artificial intelligence governance body with five to nine voting members. Represent technical, risk, business, and legal perspectives and set cadence, minutes, and five key decisions.
Translate a risk list into a practical measurement plan by selecting quantitative and qualitative metrics, applying subgroup breakdowns, and setting thresholds across pre-deployment, continuous, and periodic cadences.
Set risk tolerance across magnitude, frequency, reversibility, and equity, and translate it into measurable, actionable thresholds. Securing executive sign-off, documenting tolerance, and reviewing thresholds regularly drive governance and timely responses.
Document six artifact types: AI policy, system inventory and categorizations, system maps, measurement plans, managed decisions, and governance records, and communicate decisions through governance summaries, internal updates, and external reports.
The EU AI Act emerged as binding regulation to protect fundamental rights, safety, and the single market, applying a risk-based approach with a regulatory ecosystem and extraterritorial reach.
Clarify the EU AI Act scope across actors, territorial triggers, and key exclusions, and apply a practical three-question test to determine in-scope obligations.
Identify and understand the eight unacceptable AI practices the EU AI Act bans, including subliminal manipulation, exploitation of vulnerabilities, social scoring, and real-time biometric identification, with severe penalties.
The EU AI Act defines high-risk AI systems and outlines two routes—product safety and Annex 3 use cases—with heavy obligations for risk management, documentation, and transparency.
Map each AI system to Annex III's eight high-risk categories, assess subcategories, and document the analysis to guide provider and deployer obligations.
Learn the four limited-risk transparency obligations—chatbot disclosure, synthetic media labeling, AI-generated journalism disclosure, and emotion recognition and biometric categorization disclosure—and how to apply them in deployment.
Define general purpose AI under the EU AI Act by capability, not use, and apply baseline obligations for foundation models, with systemic risk threshold and five additional duties.
Design and deploy high-risk AI with built-in human oversight, including rationale, calibrated confidence, override and stop mechanisms, and ongoing audits to prevent automation bias.
Learn how conformity assessment certifies high-risk AI systems for EU market: internal control or third-party by a notified body, CE marking, technical documentation, declaration of conformity, and EU database registration.
Explore penalties, enforcement, and timelines under the EU AI Act, including three tiers with up to 35 million euros or 7% turnover and the multi-level enforcement framework.
Launch an enterprise ai governance program built on the identify, measure, manage, govern cycle. Scale through 90 days to year two with a core team, governance body, and liaisons.
Explore how the raci matrix uses four letters—responsible, accountable, consulted, informed—to assign accountability across functions from chief ai officer to procurement and hr, keeping governance efficient.
Master the model lifecycle from concept to retirement and govern six stages with change records, data, model, code, deployment, and configuration changes; assess substantial modification under the EU AI Act.
Examine a hospital clinical decision support AI that predicts deterioration from streaming vital signs and EHR data. Learn risk management, data governance, and clinician oversight under the EU AI Act.
Implement a unified financial ai governance program across credit decisioning, fraud, aml, trading, and customer-facing ai, aligned with the NIST AI RMF and the EU AI Act.
Learn to build a unified AI governance program across NIST, EU AI Act, and sector rules using a single inventory, crosswalks, shared artifacts, and consolidated reporting for efficiency and credibility.
“This course contains the use of artificial intelligence.”
AI is being deployed everywhere, and the rules are catching up fast. The NIST AI Risk Management Framework gives organizations a structured way to manage AI risk. The EU AI Act turns risk management into a binding regulatory obligation. Sector regulators are layering their own requirements on top. This course gives you the working knowledge to operate inside that landscape.
You will learn the four core functions of the NIST framework — Govern, Map, Measure, and Manage — and how they interact in a continuous cycle that produces real evidence. You will learn the EU AI Act end to end: scope and extraterritorial reach, the risk-based approach, the eight prohibited practices, the high-risk tier with both Annex III and Route 1 sectoral product safety, limited-risk transparency obligations, and the parallel general-purpose AI track for foundation models. You will learn how to build an enterprise governance program from scratch: the body, the inventory, risk identification techniques, measurement methods, tolerance and thresholds, continuous monitoring, documentation, and incident response.
Three sector case studies — healthcare, financial services, and public sector and law enforcement — show what serious AI governance looks like in regulated environments. A dedicated module covers generative AI's distinctive risks. A unified compliance lecture shows how to satisfy multiple regimes through one program. The capstone walks an end-to-end governance plan for a realistic scenario.
By the end, you will be able to classify any AI system against both frameworks, design the controls each tier requires, set thresholds that hold up under audit, run incident response when something goes wrong, and explain it all to a board, a regulator, or an affected customer. The course is for AI risk and compliance professionals, security and privacy leaders, governance officers, ML engineers transitioning into governance, and anyone responsible for AI oversight in regulated industries. No prior AI or compliance experience required.