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 Duration 28 hours

Course Outline

The AI Forward Deployed Engineer

  • The role versus ML engineer and solutions engineer
  • Owning outcomes rather than delivery milestones
  • Working with product, research and security teams

Discovery in Messy Enterprises

  • Shadowing a workflow end to end
  • Mapping systems, data and handoffs
  • Finding the constraint that blocks value

Problem Scoping and Prioritisation

  • Qualifying use cases for feasibility
  • Scoring candidate workflows against effort
  • Choosing the first workflow to prove

Value Framing and Acceptance Criteria

  • Baselining metrics before any build
  • Business case language for finance sponsors
  • Agreeing acceptance criteria with users

Model Selection: Frontier and Open Weights

  • Comparing GPT-6, Claude 5.5 and open models
  • Context, latency and unit cost trade-offs
  • When data rules force locally hosted models

Context Engineering and Prompt Design

  • Structuring instructions for reliable behaviour
  • Assembling context from systems of record
  • Prompt caching and token minimisation

Retrieval and Knowledge Grounding

  • Chunking and indexing enterprise content
  • Hybrid search, reranking and citation
  • Evaluating retrieval separately from generation

Agents and Tool Use

  • Tool design and typed interfaces
  • Building with the OpenAI and Claude agent SDKs
  • Approvals, retries and failure handling

MCP and Enterprise Integration

  • The Model Context Protocol 2026-07-28 revision
  • Building and securing MCP servers
  • Permissioning tools against enterprise identity

Evaluation as the Delivery Language

  • Golden sets built from real work
  • Automated scoring and LLM judges
  • Release gates tied to eval thresholds

Guardrails, Safety and Human Oversight

  • Guardrails at prompt, tool and policy layers
  • Escalation and human review points
  • Audit trails and data handling duties

Deployment Architecture in the Customer Estate

  • Identity, network and data residency constraints
  • Model gateway and multi-provider abstraction
  • Infrastructure as code and release process

Observability, Cost and Token Economics

  • Tracing agent runs and tool calls
  • Dashboards for quality and spend
  • Cutting cost without losing quality

Adoption and Change

  • Enablement for the people doing the work
  • Champion networks and feedback loops
  • Measuring adoption velocity

From Engagement to Reusable Capability

  • Packaging proven workflows
  • Playbooks, blueprints and accelerators
  • Handing over to internal teams

Requirements

  • Proficiency in Python, including working with APIs and virtual environments
  • Familiarity with cloud platforms, containers and version control
  • Prior experience calling an LLM API or building a prompt-based feature
  • Basic understanding of enterprise systems such as CRM, ERP or ticketing platforms

Audience

  • Forward deployed and applied AI engineers
  • Software engineers moving into customer-facing AI delivery
  • Technical consultants and solutions architects responsible for AI rollouts
  • Platform engineers supporting production AI workloads

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