A tailored course, built for your situation
Risk-Managed AI Procurement Strategy for Regulated Industries
A 12-module implementation-grade course for compliance, technology, and procurement leaders navigating AI adoption with governance and control
The situation this course is for
Teams face mounting pressure to adopt AI quickly, yet lack standardized methods to assess vendor risk, embed regulatory requirements, or maintain audit trails. Without a structured approach, organizations risk delays, rework, or non-compliance , even when intent is strong.
Who this is for
Compliance officers, technology risk leads, procurement specialists, and senior engineers in highly regulated sectors such as finance, healthcare, energy, and government services.
Who this is not for
This course is not for individuals seeking introductory AI overviews, technical model development, or consumer-focused AI tools.
What you walk away with
- Apply a risk-tiered framework to evaluate AI vendors against regulatory and operational requirements
- Integrate compliance controls directly into procurement contracts and SLAs
- Design audit-ready documentation workflows for AI acquisition and deployment
- Lead cross-functional procurement initiatives with clear ownership and escalation paths
- Reduce time-to-deployment by applying standardized assessment templates and decision gates
The 12 modules (with all 144 chapters)
- Defining AI procurement in high-compliance environments
- Mapping regulatory expectations across jurisdictions
- Key differences between traditional and AI vendor sourcing
- Lifecycle phases: from intent to decommissioning
- Stakeholder mapping: legal, compliance, IT, security, and business units
- Integrating AI procurement into enterprise risk frameworks
- Balancing innovation velocity with control maturity
- Common pitfalls in early-stage AI sourcing
- Case study: Healthcare provider AI acquisition
- Case study: Financial services vendor selection
- Assessment: readiness checklist for AI procurement
- Action plan: aligning procurement intent with governance
- Principles of risk-based vendor classification
- Designing a risk tiering matrix
- Assessing data handling and residency implications
- Evaluating decision autonomy and human-in-the-loop requirements
- Scoring model for functional criticality
- Mapping vendor types: infrastructure, platform, application
- Third-party dependencies and sub-processor risk
- Dynamic risk reassessment over contract lifecycle
- Case study: Tiering a claims automation vendor
- Case study: Classifying a clinical decision support tool
- Template: risk tiering worksheet
- Action plan: applying tiering to active procurement
- Translating regulations into procurement language
- Incorporating GDPR, HIPAA, or SOX into vendor assessments
- Designing compliance-weighted scoring systems
- Procurement checklists for algorithmic transparency
- Requirements for model explainability and documentation
- Handling bias and fairness assessments pre-contract
- Inclusion of audit rights and access provisions
- Ensuring vendor cooperation with internal audits
- Case study: RFP redesign for a credit scoring vendor
- Case study: Integrating NIST AI RMF into sourcing
- Template: compliance integration scorecard
- Action plan: updating procurement templates
- Key clauses for AI-specific contracts
- Defining performance metrics and success criteria
- Establishing model monitoring and drift detection obligations
- Data usage restrictions and ownership rights
- Provisions for model retraining and version control
- Incident reporting and breach notification requirements
- Enforcement mechanisms for non-compliance
- Exit strategies and data portability clauses
- Case study: Negotiating a radiology AI contract
- Case study: Updating SLAs for predictive maintenance tools
- Template: AI procurement contract addendum
- Action plan: drafting contract language for current vendor
- Designing a comprehensive due diligence questionnaire
- Assessing vendor security and infrastructure maturity
- Reviewing model development and testing practices
- Evaluating data provenance and labeling methods
- Auditing model validation and performance reporting
- Assessing vendor incident response capabilities
- Reviewing third-party certifications and attestations
- Conducting on-site or virtual assessment sessions
- Case study: Due diligence for a fraud detection vendor
- Case study: Evaluating a supply chain forecasting tool
- Template: vendor assessment scorecard
- Action plan: executing a due diligence review
- Designing AI procurement governance committees
- Defining roles: procurement lead, compliance sponsor, technical reviewer
- Creating escalation paths for high-risk vendors
- Integrating procurement decisions into broader AI governance
- Aligning with enterprise data governance policies
- Facilitating cross-functional RFP reviews
- Managing stakeholder expectations and timelines
- Reporting procurement status to executive leadership
- Case study: Governance rollout in a global bank
- Case study: Aligning procurement and data ethics teams
- Template: governance charter for AI procurement
- Action plan: launching a procurement working group
- Designing ongoing performance review cycles
- Establishing KPIs for model accuracy and fairness
- Monitoring for concept and data drift
- Reviewing vendor-generated model reports
- Conducting periodic compliance spot checks
- Managing model updates and version changes
- Handling vendor non-response or underperformance
- Triggering contract renegotiation or exit clauses
- Case study: Monitoring a loan approval AI system
- Case study: Oversight of a patient triage tool
- Template: vendor performance dashboard
- Action plan: setting up monitoring for active vendors
- Defining AI incident types: bias, drift, failure, breach
- Establishing incident reporting workflows
- Coordinating with vendors during investigations
- Documenting root cause and mitigation steps
- Communicating incidents to regulators and stakeholders
- Updating risk assessments post-incident
- Re-evaluating vendor relationships after failures
- Conducting post-mortems and process improvements
- Case study: Responding to a biased hiring tool
- Case study: Handling a clinical AI false negative
- Template: AI incident response playbook
- Action plan: testing incident response with a vendor
- Creating an audit trail for procurement decisions
- Documenting risk assessments and approvals
- Storing contracts, addenda, and correspondence
- Maintaining records of vendor performance reviews
- Preparing for regulator inquiries on AI sourcing
- Demonstrating compliance with internal policies
- Standardizing file naming and retention practices
- Using templates to ensure consistency
- Case study: Audit preparation for a payment processor
- Case study: Responding to a regulatory inquiry on AI use
- Template: audit readiness checklist
- Action plan: organizing procurement documentation
- Identifying repeatable procurement patterns
- Building a central repository of vendor assessments
- Creating standardized templates and playbooks
- Training procurement teams on AI-specific requirements
- Integrating AI procurement into ERP or sourcing platforms
- Establishing center of excellence functions
- Sharing best practices across business units
- Measuring maturity of procurement capabilities
- Case study: Scaling procurement in a health system
- Case study: Enterprise rollout in an insurance carrier
- Template: procurement maturity assessment
- Action plan: designing a scaling roadmap
- Tracking global AI regulatory developments
- Interpreting NIST AI RMF, EU AI Act, and sector-specific rules
- Aligning procurement with ISO standards for AI
- Preparing for mandatory impact assessments
- Engaging with industry consortia and working groups
- Adapting procurement to new disclosure requirements
- Anticipating enforcement priorities
- Updating policies in response to new guidance
- Case study: Adapting to EU AI Act requirements
- Case study: Preparing for FDA AI/ML guidance
- Template: regulatory tracking log
- Action plan: updating procurement policy for new rules
- Communicating the value of risk-managed procurement
- Building executive sponsorship for governance
- Demonstrating ROI of structured procurement
- Shaping organizational AI risk appetite
- Influencing vendor market standards through demand
- Advocating for transparency and accountability
- Developing talent and expertise in procurement teams
- Leading change in procurement culture
- Case study: Shifting procurement mindset in a regulator
- Case study: Driving strategic adoption in a pharma firm
- Template: leadership communication plan
- Action plan: advancing procurement as a strategic function
How this maps to your situation
- You're evaluating your first AI vendor and want to avoid compliance gaps
- You're scaling AI adoption and need consistent procurement practices
- You've faced audit questions about AI sourcing and want stronger documentation
- You're building an AI governance framework and need procurement integration
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 45, 60 minutes per module, designed for busy professionals to complete at their own pace over 6, 8 weeks.
How this compares to the alternatives
Unlike generic AI ethics courses or technical model development programs, this course focuses exclusively on procurement , the critical bridge between innovation and governance in regulated environments.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.