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Clear explanations from industry experts, with live demonstrations.
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Operate AI coding agents in GitHub development workflows. Configure MCP tools, agent memory and multi-agent execution, evaluate results and enforce safe, auditable delivery controls.
Move from coding assistance to governed agent workflows
AI coding agents can plan work, modify code, run tools and raise pull requests, but developers must stay in control of what reaches production. This one-day course is for experienced engineers who operate and supervise agents within GitHub-based software development. It explores how to introduce autonomous work into established delivery practices while preserving review, traceability and accountability.
Design agents around the software lifecycle
Learn to define agent responsibilities, inputs, outputs and measurable success criteria. Explore how to separate planning from execution, choose suitable autonomy levels and set human approval points. GitHub acts as the system of record and control plane, with repository boundaries and branch-based workflows helping teams examine each change.
Connect tools and preserve context
Examine agent tools, Model Context Protocol (MCP) servers, permissions and execution environments. Consider how agents use short- and long-term memory, persist state and recover from context drift. Explore safe retries, escalation and rollback when an agent encounters errors or cannot complete a task.
Evaluate and coordinate agent activity
Review how logs, scans, plans and pull-request artefacts support evaluation and root-cause analysis. Explore tuning instructions, memory and tool access using evidence from failed or degraded runs. Consider multi-agent orchestration, isolation, hand-offs and conflict resolution when agents work on related tasks.
Protect quality without blocking delivery
Understand how least privilege, policy controls, explicit authorisation and human-in-the-loop workflows keep agent actions within agreed limits. Training follows the six GH-600 exam domains and supports certification preparation. Further practice with GitHub Copilot and live development environments may be useful before the assessment.
Useful autonomy is not the absence of control; it is the ability to delegate work while keeping every action reviewable and accountable.
— AIWorkVerse
Clear explanations from industry experts, with live demonstrations.
Practical business scenarios to illustrate key concepts and applications.
Peer learning and shared ideas to deepen understanding.
Key takeaways and next steps to help you prepare for the exam.
Microsoft Certifications are subject to passing the related exam.
Please read the exam guide carefully. Your instructor also will help you with exam related queries.
Exam Fees is included as part of this training.

AI transformation and enterprise technology leader with extensive experience in AI adoption, business operations, change management and professional training.
Experienced developers, AI engineers and DevOps professionals responsible for agent workflows in GitHub.
You should know GitHub workflows, code review and security, and have used Copilot coding agents and MCP tools.
Yes. The syllabus addresses agent tools, GitHub remote MCP servers, registries, allow lists and execution scope.
You will explore orchestration, parallel isolation, hand-offs, conflicting edits and recovery approaches.
The course examines durable state, context drift, logs, scans, root-cause analysis and instruction tuning.
Yes. It includes autonomy levels, least privilege, blocked actions and approval of sensitive changes.
The exam voucher is included only if your selected AIWorkVerse package explicitly states that it is included. Otherwise, you must book and pay for the official exam separately.