A tailored course, built for your situation
Mastering ISO 42001 for Senior Executives in Post-Retirement Advisory Roles
Build defensible AI governance positions with framework-backed reasoning tailored to complex enterprise environments.
The situation this course is for
You're seen as a trusted voice, but when peers challenge your AI governance stance, you need more than experience. You need on-demand access to standards-aligned reasoning, documented precedent, and specific examples that show why one approach prevails over another. Without it, influence erodes, even when you're right.
Who this is for
Senior executive leveraging post-retirement standing to advise on emerging governance challenges, particularly in AI and operational resilience. Values precision, precedent, and quiet authority over visibility or persuasion.
Who this is not for
Junior compliance staff, entry-level auditors, or professionals seeking certification prep. This is not a general awareness course. It’s for established leaders who must justify high-stakes decisions, not learn basics.
What you walk away with
- Respond to peer challenges with specific clause references from ISO 42001 and documented implementation examples
- Build a personal repository of AI governance reasoning anchored in the standard’s control objectives
- Structure Statements of Applicability that reflect intentional exclusion, not oversight
- Explain AI risk treatment decisions using precedent from regulated industries
- Move from opinion-based discussion to standards-grounded dialogue in cross-functional reviews
The 12 modules (with all 144 chapters)
- How ISO 42001 differs from internal AI ethics frameworks
- The role of clause 4.1 in scoping AI governance applicability
- Using organizational context to justify governance boundaries
- Precedent from financial services adopting ISO 42001 for AI
- Why regulators reference it in AI oversight discussions
- Mapping executive expectations to clause 4 requirements
- Case example: Justifying AI use in claims processing
- Avoiding overreach by anchoring to defined scope
- Documenting excluded domains with traceable rationale
- The value of consistency across AI and data governance
- How clause 4.2 aligns with stakeholder needs
- Building audit readiness from the first governance draft
- Translating clause 5.1 into actionable governance behaviors
- Evidence of leadership involvement in AI risk reviews
- Documenting strategic direction in AI governance updates
- Role of the governance committee under clause 5.3
- How to structure leadership review meetings
- Tracking decisions that reflect top management commitment
- Case example: COO-led review of AI model inventory
- Avoiding tokenism in governance committee charters
- Clause 5.1 a: Commitment to AI governance framework
- Clause 5.1 b: Integrating governance into business processes
- Clause 5.1 c: Providing necessary resources
- Clause 5.1 d: Communicating policy internally
- Structure of a robust Statement of Applicability
- Linking controls to identified AI risks
- Documenting justification for excluding control 8.2
- How to handle dual-use AI models in scope definition
- Using risk treatment plans to inform control selection
- Precedent from healthcare on AI transparency controls
- Clause 6.1 a: Policies and objectives alignment
- Clause 6.1 b: Risk assessment methodology
- Clause 6.1 c: Risk treatment process
- Clause 6.1 d: Statement of Applicability maintenance
- Version control and review cycles
- Auditor expectations for SoA completeness
- Defining AI assets in information security terms
- Mapping model lifecycle phases to risk exposure
- Identifying threat actors targeting AI systems
- Assessing impact of model drift on business outcomes
- Benchmarking likelihood using sector-specific data
- Documenting risk acceptance thresholds
- Case example: Credit scoring model risk register
- Integrating AI risk into enterprise risk management
- How clause 6.1 b applies to model retraining
- Linking risk treatment to control 14.1
- Using heat maps to prioritize AI risks
- Updating assessments after model deployment
- Applying control 8.1 to third-party AI platforms
- Requirement for documented development lifecycle
- Vendor due diligence on model explainability
- Ensuring compliance with fairness and bias requirements
- Contractual terms for model monitoring and updates
- Case example: Selecting an AI-powered underwriting tool
- Control 8.2: Classification of AI development approaches
- Managing open-source model risk
- Documentation requirements for custom AI
- Control 8.4: Securing AI development environments
- Independent review of model validation plans
- Handover procedures from dev to ops teams
- Defining data quality standards for training sets
- Establishing data lineage requirements
- Logging model inputs and outputs for traceability
- Version control for AI models and datasets
- Monitoring for concept drift and data drift
- Audit readiness for model decision records
- Case example: Fraud detection model updates
- Data anonymization in training pipelines
- Retention policies for model artifacts
- Access controls for model deployment environments
- Change management for model retraining
- Documenting model deprecation decisions
- Planning audit scope for AI governance
- Sampling methods for model decision logs
- Evaluating adherence to documented policies
- Assessing effectiveness of bias mitigation controls
- Reporting findings to governance committees
- Case example: Internal audit of HR screening AI
- Clause 9.2 a: Audit program requirements
- Clause 9.2 b: Audit criteria alignment
- Handling non-conformities in model performance
- Follow-up on corrective actions
- Integrating AI into annual audit cycles
- Coordination with external auditors
- Defining reportable AI incidents
- Conducting root cause analysis on model errors
- Updating risk assessments after incidents
- Case example: Re-architecting a failed recommendation engine
- Clause 10.1: Corrective action process
- Documenting lessons learned in governance updates
- Tracking recurrence prevention measures
- Linking incident data to model monitoring
- Improving training data based on failures
- Updating model validation frequency
- Sharing anonymized learnings across teams
- Integrating feedback into governance policy
- Tailoring messaging to different stakeholder groups
- Using the SoA as a communication tool
- Explaining risk treatment to non-technical leaders
- Creating executive summaries from audit findings
- Case example: Justifying AI use in customer service
- Responding to internal inquiries about bias
- Building FAQ documents from governance decisions
- Documenting rationale for public disclosure
- Aligning messaging with corporate values
- Handling media inquiries about AI decisions
- Training spokespeople on governance principles
- Monitoring sentiment on AI-related topics
- Mapping ISO 42001 to NIST AI Risk Management Framework
- Aligning controls with GDPR Article 22 on automated decisions
- Integrating with SOC 2 for service organizations
- Case example: Unified report for multiple compliance needs
- Avoiding conflicting requirements across standards
- Maintaining a single control inventory
- Cross-walking control 14.1 with NIST RMF
- Handling jurisdictional variations in AI law
- Using ISO 42001 as the baseline for AI assurance
- Coordinating updates across framework implementations
- Training teams on integrated compliance
- Auditor acceptance of consolidated evidence
- Scoping generative AI under ISO 42001
- Defining asset boundaries for LLMs
- Risk assessment for hallucination and misinformation
- Case example: Customer support chatbot governance
- Control 8.31: Managing prompt libraries
- Documentation requirements for generated content
- Ensuring human oversight in generative workflows
- Audit trails for model inputs and outputs
- Vendor management for API-based LLMs
- Compliance with copyright in training data
- Handling personal data in prompts
- Updating governance as models evolve
- Building governance playbooks for new leaders
- Documenting rationale for future reference
- Case example: Transitioning AI oversight after retirement
- Ensuring continuity in audit preparation
- Training successors on ISO 42001 principles
- Maintaining SoA updates across tenures
- Archiving governance decisions for legal readiness
- Succession planning for governance roles
- Onboarding materials for new team members
- Versioning control for policy documents
- Knowledge transfer sessions with stakeholders
- Long-term preservation of implementation evidence
How this maps to your situation
- Post-retirement advisory roles requiring credible governance positions
- AI governance in regulated enterprise environments
- Executive-level decision justification under scrutiny
- Sustainability of governance frameworks beyond individual leadership
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters)
- Downloadable templates and worked examples for every module
- Hand-built implementation playbook delivered alongside course access
- 30-day money-back guarantee
Delivery and format
- Course and learning environment access provisioned within 24 hours of purchase
- Hand-built implementation playbook delivered alongside course access
Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.
Time investment: Approximately 90 minutes per week over eight weeks, designed for experienced leaders balancing advisory commitments.
How this compares to the alternatives
Unlike generic AI governance overviews or certification prep courses, this program is built for seasoned executives who must defend high-stakes decisions. It doesn't teach compliance checklists , it builds the ability to reason aloud with precision, using ISO 42001 as a scaffold for unshakeable positions.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.