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Strategy & Business Skills  ·  DIG-02

AI Risk Management, Controls and Assurance

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Live instructor-led  |  Private cohorts available  |  Group booking options available

AI risk becomes manageable when organizations connect use-case context to controls, evidence, ownership and continuous monitoring.

Course Overview

This program develops practical AI risk and control capability for organizations moving beyond policy statements. Participants learn how to assess risk in context, identify control objectives, define evidence, test human oversight and monitor AI-enabled processes over time.

For private cohorts, examples, decision tools and scenarios can be adapted to the organization’s sector, operating model, governance and current portfolio while protecting confidential information.

Regional application: Strong relevance in Europe, GCC and Asia as regulatory and enterprise governance expectations mature, with growing applicability to regulated organizations in Africa.

B2B course snapshot

Where this program fits

Best fit

Risk, compliance, internal audit, technology risk, AI governance teams, control owners and business managers accountable for AI-enabled processes

Delivery

Live classroom, live online or private in-house. Depth and schedule are tailored to the cohort.

Built around

AI risk identification, control design, human oversight, testing, monitoring, third-party exposure, incidents and assurance

Take back to work

An AI risk-and-control matrix and assurance plan for a live use case

Built for Corporate and Government Cohorts

Private delivery can be aligned to participant roles, internal terminology, governance, real workplace situations and current enterprise priorities. The course can also sit inside a broader academy or capability pathway.

What Participants Will Learn

Classify AI risks by use case and business consequence
Design controls around data, models, workflow and human oversight
Define testing and evidence before deployment
Monitor performance, drift, exceptions and incidents
Assess third-party AI and vendor dependencies
Build assurance plans that test controls rather than only documentation

Business Problems This Program Is Designed to Address

AI policies exist but controls are vagueParticipants translate principles into testable control objectives.
Every use case receives the same risk treatmentThe course introduces proportionality based on context, impact and exposure.
Human oversight is named but not operationalizedParticipants define who reviews what, when and with which information.
Assurance happens only before launchThe program adds monitoring, incident learning and periodic control review.

Course Outline

Module 1: AI Risk Foundations

Apply ai risk foundations to a realistic enterprise context.

  • Impact
  • Users
  • Decisions
  • Exposure
Module 2: Control Design

Apply control design to a realistic enterprise context.

  • Preventive controls
  • Detective controls
  • Human review
  • Fallbacks
Module 3: Testing and Pre-Deployment Evidence

Apply testing and pre-deployment evidence to a realistic enterprise context.

  • Data tests
  • Performance
  • Bias and error
  • Scenario testing
Module 4: Monitoring and Incident Management

Apply monitoring and incident management to a realistic enterprise context.

  • Drift
  • Exceptions
  • Incidents
  • Escalation
Module 5: Third-Party AI Risk

Apply third-party ai risk to a realistic enterprise context.

  • Vendor due diligence
  • Data flows
  • Service changes
  • Exit
Module 6: AI Assurance

Apply ai assurance to a realistic enterprise context.

  • Control evidence
  • Independent challenge
  • Audit scope
  • Remediation

Applied Practice and Scenario Work

Participants use realistic situations to practise analysis, judgement, stakeholder communication and workplace application. The objective is to improve decision quality, not simply knowledge recall.

A low-cost AI tool is introduced into a high-impact workflowParticipants assess risk based on the decision context rather than the tool price.
Human review exists but reviewers routinely accept outputs without challengeParticipants redesign the oversight control.
A vendor changes an underlying model without a major product announcementParticipants define monitoring, change and supplier-governance expectations.
An AI incident reveals several controls operated informallyParticipants build a remediation and evidence plan.

Practical Tools and Work Products

01 AI risk assessment
02 Risk-and-control matrix
03 Human-oversight design sheet
04 AI testing checklist
05 Third-party AI due-diligence pack
06 AI assurance plan

What Strong Practice Looks Like

AI risk should be assessed in the context of the decision, user and consequence, not only technical model characteristics.

A control is useful when ownership, frequency, evidence and response are clear.

Human oversight needs time, authority, information and escalation routes to be meaningful.

AI assurance should evolve as models, vendors, data and use patterns change.

Questions Participants Learn to Ask

01

What can go wrong in this use case and who could be affected?

02

Which control prevents or detects the most important failure?

03

What evidence shows human oversight is real?

04

What change would trigger re-assessment?

Implementation Pitfalls and Cross-Functional Interfaces

Capability in this topic depends on how decisions move across organizational boundaries. Private cohorts can map where ownership, evidence, incentives or escalation currently break down and use those interfaces as part of the learning design.

  • AI and product teams for system behavior
  • Business owners for workflow and accountability
  • Risk and compliance for control expectations
  • Internal audit and assurance for independent testing

A common implementation mistake is to introduce a framework without changing the management routine around it. Participants identify where the tool will be used, who needs to be involved, what evidence is required and what decision should become different after application.

Designing a Private Cohort Around Real Work

Before delivery, the sponsor can define participant roles, current maturity, recurring decisions and one or two practical outputs that would be useful after the program. Cases can then be calibrated to the organization’s context without turning the course into a review of confidential matters.

Advanced Application Considerations

Advanced application should treat AI controls as part of a changing operational system rather than a one-time approval exercise. Participants should assess risk in the context of the actual decision, user and consequence, define meaningful human oversight, and plan how changes in models, vendors, data or use patterns trigger re-assessment. Assurance should test whether controls operate in practice and whether evidence is sufficient to support challenge.

  • Risk treatment should be proportionate to use-case impact and exposure rather than identical across all AI applications.
  • Human oversight should specify authority, information, review points and escalation rather than merely naming a reviewer.
  • Third-party model or service changes should trigger defined governance and reassessment routines.
  • Assurance should examine operating evidence, exceptions and remediation, not only policy documents.

How Participants Work During the Program

Participants work through realistic decisions, structured diagnosis, scenario analysis and practical work products rather than receiving content as lecture alone. The facilitator introduces a usable framework, the cohort applies it to a realistic enterprise situation, assumptions are challenged, and participants convert the result into a decision or work product that can be reused after the course.

Diagnose

Identify the current governance, decision or capability gap.

Apply

Use the framework on a realistic or live case.

Challenge

Test evidence, assumptions, risks and stakeholder consequences.

Transfer

Leave with an action, tool or decision framework for work.

Manager Reinforcement and Evidence of Application

For private cohorts, sponsors can define a small number of observable decisions or work products that should improve after the program. Managers can reinforce application by asking where the framework was used, what evidence informed the decision, which trade-off was made and what the participant would change next time.

Useful evidence may include stronger decision briefs, clearer governance records, better escalation, more disciplined stakeholder preparation and repeat use of the course tools in normal operating routines. Attendance should not be presented as automatic evidence of business impact.

Capability Maturity and Leadership Decisions

Less mature organizations may need common terminology, ownership and minimum governance before more sophisticated practices add value. More mature teams should use the program to test exceptions, cross-functional interfaces, assurance quality and the decisions that need senior attention. The course can therefore be calibrated without diluting its core professional logic.

A practical maturity test is whether the organization can explain who owns the decision, what evidence is required, when escalation is triggered and how lessons change the next cycle. If those questions depend on one experienced individual, the capability is not yet institutionalized.

Who Should Attend

  • Enterprise risk and compliance professionals
  • Internal auditors and control teams
  • AI governance and technology risk teams
  • Business managers accountable for AI-enabled processes

Organizational Benefits

  • Translate AI policy into controls
  • Improve proportional risk assessment
  • Strengthen human oversight
  • Improve third-party AI governance
  • Build credible assurance evidence

Delivery and Pricing

The program is live and instructor-led. It can be delivered in the classroom, live online or in-house. Duration is flexible and should reflect participant level, selected depth, organizational objectives and the amount of applied practice required.

Public and private pricing: current public fees are confirmed with scheduled cohorts. Private and customized programs are quoted according to cohort size, location, scope and customization. Request a proposal.

Frequently Asked Questions

Can this be delivered privately for one organization?

Yes. Private cohorts can be calibrated to participant roles, governance, sector context and priority scenarios.

Is the duration fixed?

No. Delivery depth and schedule are adapted to the cohort and learning objective.

Can we use our own scenarios or current projects?

Yes. Private delivery can use organization-relevant situations, terminology and work products while protecting confidential information.

How is the course adapted for different sectors?

The core professional principles remain consistent, while examples, stakeholder roles and applied exercises can be calibrated to the organization’s sector and operating environment.

What can participants take back to work?

Participants leave with practical tools, decision frameworks and work products that can be applied to live responsibilities rather than a purely academic set of notes.

Can this course sit inside a broader capability academy?

Yes. It can be combined with adjacent programs into a role-based, functional or leadership pathway with workplace application between modules.

Related Programs

Explore related Training Bundles and Corporate Academies.

Build a Cohort Around the Capability Need

TheSkillGrid can combine this course with adjacent programs into a coherent corporate or government capability pathway.

Discuss a Program

Upcoming Dates & Venues

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