AI Project Management
The failure modes in AI delivery are managerial, not mathematical. This course teaches you to catch them.
What most courses get wrong, and what this one does differently
AI literacy with a project management sticker: you learn what ML is and leave with no changed behaviour
ToTreating data readiness as a gate, not a task, before a single sprint starts
Task-based sprints applied to AI, where velocity looks like failure even when the team is working correctly
ToExperiment-based sprint planning with a framework for pivot, extend, or escalate decisions
Declaring success at ship, when the model is actually starting to decay
ToPlanning for closure and handover: retraining triggers, monitoring ownership, and ROI measurement
What you'll be able to do
- Explain why AI projects behave differently from traditional software projects, and why probabilistic outcomes break conventional progress reporting
- Navigate the AI project lifecycle from ideation through pilot, production, and continuous optimisation
- Assess AI feasibility across technical, business, organisational, and ethical dimensions
- Build an AI project charter with defensible success criteria
- Run a data readiness gate before development starts, and decide when a project should not proceed
- Adapt agile delivery for experimentation: experiment-based sprints, pivots, and escalation
- Use MLOps concepts (experiment tracking, model versioning, registries, monitoring) to govern delivery
- Identify and manage AI-specific technical debt, including data debt and model debt
- Build an AI risk register and run governance gates across the lifecycle
- Evaluate model quality, including bias and fairness testing, and decide when not to deploy
- Close an AI project properly: operational handover, retraining triggers, and ROI measurement
Skills you'll gain
4 modules · 20 lessons · About 80 minutes
Explain why AI projects behave differently from traditional software delivery, understand the AI project lifecycle, and define the project manager role and competencies for AI initiatives
Assess AI feasibility, build an AI project charter with defensible success criteria, run a data readiness gate, and set up the team RACI for AI delivery
Run experiment-based sprints, make pivot, extend, or escalate decisions, use MLOps concepts to govern delivery, manage AI-specific technical debt, and maintain an AI risk register
Evaluate model quality including bias and fairness, decide when not to deploy, close an AI project with a proper operational handover, set retraining triggers, and measure ROI
The credential you earn
A verified digital credential you can share publicly, and that stacks toward a full certification.
Associate · Microcredential
- Publicly verifiable via a unique credential link
- One-click add to your LinkedIn profile
- Verified digital credential, CPD recognition in progress
Complete all 4 to earn Certified Practitioner in AI & Digital Transformation.
Self-paced microcredentials, about 5 hours 50 min of learning in total. Each one stands alone; together they earn the full certification.
Built for the people accountable for delivery
Everything in the credential
Bring this to your team
For teams
- Volume pricing and central billing
- Team progress reporting
- Optional tailored examples for your sector
Deliver under your brand
- Co-branded or fully white-label delivery
- Your LMS or ours
- Revenue-share partnership options
Questions, answered honestly
No, and it does not pretend to be. Those are established, exam-based project management credentials and if that is what you need, get one. This course assumes you can already run a project and teaches what changes when outcomes are probabilistic, progress is experimental, and success depends on data you may not have.
No. That is the point. The documented causes of AI project failure are managerial, not mathematical: undefined success criteria, unready data, missing integration, weak sponsorship, no handover plan. You need enough MLOps literacy to ask the right questions, not to build the pipeline.
The headline figures vary a lot by study and by how failure is defined, so treat any single number carefully. MIT's Project NANDA reported that roughly 95 percent of generative-AI pilots showed no measurable P&L return; RAND has put AI project failure above 80 percent. What is consistent across the research is not the number, it is the cause: the technology is rarely why projects fail.
That one is about technical architecture decisions: when to use RAG, agents, or a simpler approach. This one is about delivery governance: charters, data gates, experiment sprints, risk registers, and handover. Different job, different course.
It is a verified digital credential you can share and verify online. It is not an accredited or government-recognised qualification. CPD recognition is in progress.
Yes. Team access with volume pricing and central billing is available on request. This works well as a shared vocabulary for a PMO that is starting to take on AI delivery.
Related microcredentials
AI project failure is a management problem, not a model problem. The failure modes are documented, the causes are known, and they are exactly the things a project manager is trained to catch.
Verified digital credential
