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TAI Labs

AI training for engineering teams

Make your engineering team AI-native.

AI training for engineering teams. Put Codex, Claude Code and coding assistants to work on your own development process, from a clear brief to tested changes and useful AI features.

Live, custom training · Remote-first · On-site by arrangement

Engineering change briefIllustrative output

A working change you can review

  • Plan · Scope and repository standards
  • Build · A focused patch and relevant tests
  • Review · Checks, assumptions and next steps
11 example workflows15 tools to exploreYour stack your starting point

Built for engineering

Start with a real task.
Leave with a better way to do it.

These are starting points for a custom programme. Choose the workflows that matter to your team; we shape the sessions around your tools, experience and goals.

Example workflowTurn a product brief into a working prototype.

01 · Start with your tools

CodexClaude CodeGitHub

Your brief, codebase, sample data and team standards.

02 · Apply your process

Plan the change, build with a coding agent and run relevant tests before review.

Build a reusable workflow or skill

03 · Review the result

Working code, checks and a clear list of what to improve next.Your team checks and approves

Plus 10 more ways to put AI to work.

Open an example to see the inputs, process and output.

02Set up a repository-aware coding agent

Start withYour repository, conventions and developer setup.

Learn toDocument build commands, boundaries and examples so the agent has useful context.

Walk away withA repeatable agent setup your team can maintain.

Claude CodeCodexGitHub
03Build a custom MCP connection

Start withAn approved internal API and a narrow use case.

Learn toDefine tool schemas, scope permissions and test errors before connecting an agent.

Walk away withA testable MCP server with documented access boundaries.

Custom MCPsClaude CodeCodex
04Develop a retrieval-backed assistant

Start withApproved documents and representative user questions.

Learn toImplement retrieval, expose sources and evaluate cases where the answer is absent.

Walk away withAn assistant prototype with a documented evaluation set.

LangGraphGitHubClaude Code
05Build a multi-step agent workflow

Start withA bounded task, tool interfaces and success criteria.

Learn toModel the steps, add approval points and test failure paths.

Walk away withA workflow that can be inspected and evaluated.

LangGraphHermes AgentCustom MCPs
06Generate meaningful test cases

Start withA feature specification, known bugs and current coverage.

Learn toIdentify edge cases, write tests and check that failures detect real problems.

Walk away withTests a reviewer can connect to expected behaviour.

CodexCursorGitHub
07Review a change with AI assistance

Start withA pull request, requirements and repository standards.

Learn toCheck correctness, examine failure paths and validate findings before reporting them.

Walk away withA prioritised review with reproducible issues.

GitHub CopilotClaude CodeGitHub
08Modernise a small part of a codebase

Start withA bounded legacy component and its behaviour contract.

Learn toPlan an incremental change, preserve behaviour and test before widening the scope.

Walk away withA reviewable migration with rollback notes.

CursorCodexGitHub
09Evaluate an AI feature

Start withRepresentative inputs, expected behaviour and unacceptable failures.

Learn toBuild an evaluation set, compare versions and inspect regressions.

Walk away withA decision-ready evaluation report with known limitations.

LangGraphCodexGoogle Sheets
10Turn engineering standards into skills

Start withYour review checklist and examples of accepted work.

Learn toPackage instructions and helper scripts, then test on a real task.

Walk away withVersioned skills the engineering team can improve together.

Claude CodeCodexHermes Agent
11Prepare an incident investigation

Start withApproved logs, the timeline and system documentation.

Learn toGather evidence, distinguish hypotheses from facts and draft recovery options.

Walk away withAn investigation brief for the on-call engineer to verify.

GitHubClaude CodeCustom MCPs

Tools & connections

A broader toolkit.
Built around your stack.

Your programme can combine AI tools with the systems your team already uses. Pick the right starting point, then learn how to connect the pieces.

You do not need every tool here. We agree software access, available integrations and technical depth before the sessions. Logos identify example curriculum tools, not partnerships.

CodexCode, agents and reusable skills
Claude CodeBuild with coding agents
CursorWork with your codebase
GitHub CopilotAI-assisted development
GitHubReview and ship code
LinearConnect issues and delivery
JiraTurn plans into tracked work
LangGraphOrchestrate agent workflows
Custom MCPsConnect approved tools and data
Hermes AgentAgents with reusable skills
OpenClawPersonal and team agents
n8nConnect workflow steps
GeminiResearch and multimodal tasks
LovablePrototype product ideas
Google SheetsAnalyse structured information
01

Connect your context

Approved documents, CRM records, project tools and internal data, using native connections or custom MCPs where appropriate.

02

Teach your process

Turn your playbooks, templates and checks into reusable prompts, skill files and workflow steps.

03

Keep people in control

Review the output, handle exceptions and decide what can be automated after the workflow has been tested.

Your programme

Learn it together.
Use it in your work.

For software engineers, technical leads, engineering managers and ai builders. Start with a focused workshop series or build capability through a longer custom programme.

What your team develops

  • Coding-agent context, planning and code review
  • Custom MCP servers, retrieval and agent workflows
  • Evaluations, test design and repeatable engineering skills
See formats and indicative pricing
  1. 01 · Scope

    Choose the work

    Map one priority workflow, the starting skills and what good output looks like.

  2. 02 · Practise

    Build with an instructor

    Work through live examples, get feedback and practise in your approved tools.

  3. 03 · Apply

    Keep a reusable system

    Document the workflow, its skills and review steps so your team can keep improving it.

Define success before you start

Measure the work,
not the tool count.

Agree a baseline and compare like-for-like tasks after training. For engineering, useful measures might include:

  • Time to a reviewed, tested change
  • Review rework and regressions
  • Performance on a defined evaluation set

These are proposed measures, not promised improvements or customer results.

Learn with practitioners

The people behind
your programme.

Practical instruction, live feedback and a curriculum shaped around the work your team needs to do.

Before you book

AI training for engineering.
Your questions, answered.

Your next step · 15-minute call

What could your engineering team
do differently?

Bring one workflow and the tools you use. We'll discuss a practical starting point, the right format and an indicative budget.

Share your team details, then choose a time on the calendar. No obligation to buy.