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Step 1 of 2 · Every developer

Your team has coding-agent seats. Now make them pay.

Coding agents amplify the discipline a team already has. We install that discipline in one day, inside your approved Claude Code or Codex setup.

30 minutes with the instructors who deliver it. No sales team.
8xmore code merged per engineer at Anthropic since 2024, with trained agent use
−19%experienced devs slower with AI when untrained, while believing they were faster (METR)
1 dayto install the shared operating standard, on-site or remote, up to 40 developers

Training delivered for teams at

Europol New York Public Library Intel Activeloop J.P. Morgan

Problems we hear from engineering teams

01Start here

Pick your starting point

Three ways in, one shared operating standard. Most teams prove it in one day, then scale.

1 day Start here

One-day agentic developer bootcamp

One concentrated day inside your approved setup. The operating loop of plan, direct, review and verify, with agent instruction files drafted against one of your real repos. Your team leaves with conventions v1.

CohortUp to 40 developers Leaves withWorking setups, drafted agent files, conventions v1, debrief Best forProving trained agent use to a sceptical team, fast
Fixed fee per cohort · quoted at scoping Book a scoping call →
2–3 days Most chosen

Deep-dive team bootcamp

Two instructor-led days across all six modules, with multi-agent workflows and cost control in depth. Optional applied day on tasks from your own roadmap.

Cohort10 to 40 engineers; repeatable across teams Leaves withTeam standards, review discipline, multi-agent practice, debrief Best forTeams defining shared conventions properly
Per cohort · quoted after scoping Book a scoping call →
Per seat

Enterprise Academy licence

The full self-paced Academy bundle, including the Agentic Development course, with role-based paths and a live kickoff. Monthly mentorship clinics, office hours and leadership analytics. The baseline for hundreds to thousands of developers.

ScaleHundreds to thousands of seats Leaves withOne shared foundation, progress analytics, lifetime updates Best forConsistent baseline across a large org
Per seat · volume bands Book a scoping call →

Also available: 1:1 coaching for the lead writing your conventions. Cost is driven by participant count, live days and customisation depth.

02The curriculum

Six modules. Each ends in something your team keeps.

Foundations stay light; the weight sits on applied work in your own repos, with a short survey to every engineer setting the mix. Every module closes with an artefact, a decision rule or a review control.

01Agentic coding mental modelsmodule
  1. 1Plan mode first: explore before any edit
  2. 2Task decomposition and written acceptance criteria
  3. 3Reusable skills and organisation-wide rules (CLAUDE.md, AGENTS.md)
  4. 4When to steer, interrupt or restart

Ends with: a planning checklist and a first agent instruction file for one of your repos.

02Memory and large, long-lived codebasesmodule
  1. 1Repository maps and context contracts
  2. 2Shared memory and compaction across sessions
  3. 3Safe change around legacy code and hidden coupling

Ends with: a context contract for one real repository, with a named owner.

03Token, model and cost controlmodule
  1. 1Model routing by task difficulty
  2. 2Context budgets, caching and batching
  3. 3Measuring spend per merged change

Ends with: a routing rule and the metric your team will track.

04Multi-agent and longer-horizon workflowsmodule
  1. 1Parallel agents and structured hand-offs
  2. 2Narrow MCP tools for approved data and systems
  3. 3Orchestration patterns that stay reviewable

Ends with: a hand-off template and a rule for when to parallelise.

05Guardrails, governance and safetymodule
  1. 1Tests and benchmarks as the evidence an agent must produce
  2. 2Permissions: what agents may read, write and run
  3. 3Approval gates, review boundaries and audit trails

Ends with: a review control for every agent-generated change.

06Team-wide standards and practicesmodule
  1. 1Reusable commands and shared skills
  2. 2Code-review patterns for agent output
  3. 3Usage controls and one written standard

Ends with: team conventions v1.

One dayTwo daysApplied day 3
Modules01, 02, 05, 06 in full; 03 and 04 introducedAll six in depthAll six, applied to a build from your roadmap
Hands-on~70%~70%Almost all
Leaves withAgent files, conventions v1, debriefTeam standards, review discipline, multi-agent practice, debriefSomething running on your stack
CohortUp to 4010 to 40Same cohort

Applied sessions run on agreed tasks, never production delivery. Acceptance and merge stay with your engineers. Weighting follows the pre-course survey.

03How it runs

Scope, prepare, deliver, sustain

01

Scope · 1 to 3 weeks

A 30-minute call with the instructors, a short survey to every engineer, lead interviews where useful. Output: a written plan and an indicative quote.

02

Prepare · 2 to 4 weeks

Exercises built against your repos, tools and permissions. We capture a baseline so the debrief measures change.

03

Deliver · 1 to 3 days

Live workshops in your approved environment, ~70% hands-on. Acceptance and merge stay with your engineers.

04

Sustain

A written capability debrief: what changed, what to keep, who's ready for Step 2, whether more cohorts are worth it. 30- and 60-day check-ins; optional Academy subscription.

+Start with one day. Prove it on one cohort before you commit to a programme.
+Your tools, your rules. Scoped to the tool surface your organisation has approved. No production access required.
+Procurement-ready. NDAs on request, PO and invoicing supported, references in scoping.
+We'll say if it's not for you. If a cheaper format fits, or training isn't the right tool, the instructors tell you on the call.

One day. Up to 40 developers. Your approved tools.

Book the scoping call. Every cohort leaves with something running on your stack.

04Delivered in the field

Trained where mistakes aren't an option

EuropolLaw enforcement · EU

Three-day security-first bootcamp for technical investigation teams, delivered inside their own environment.

Before: cautious LLM users. After: investigators building secure, reviewable intelligence pipelines under their own review controls.

Major US public library systemPublic sector · USA

Four-day, two-track programme for engineers and operations staff. Every session ran hands-on, closing with a hackathon on real pain points.

Before: foundations only. After: a shipped build owned by the library's own teams, backed by 43 hands-on notebooks.

Global banks & leading fundsFinance

Trader training at a leading global bank and live Claude Cowork sessions for investment teams at leading funds. Each bootcamp tailored to the firm's own stack.

Before: desk-level curiosity. After: live AI workflows in regulated, latency-sensitive environments.

“Since the training, I’ve built two local apps using your vibe-coding approach. With every Gemini release I test vibe coding capabilities and have been unimpressed. Your approach is brilliant… We’re going to make it our primary developer model.”

VP of IT
Major US public library system

“Excellent in-depth handling of trade-offs in evaluating and deploying agent-based solutions. I've used a lot of the advice in building our enterprise practices to agent use in my organisation.”

Cathal Curtin
Student, Agent Engineering
05Who delivers

No training faculty. Practising engineers.

The people in the room ship client systems with coding agents every working week. The material is the conventions, failure modes and review habits that survived real codebases.

Louie Peters Louie Peters Co-CEO · Instructor

Co-author, Building LLMs for Production. Newsletter read by 200k+ practitioners. Ex-J.P. Morgan VP.

Louis-François Bouchard Louis-François Bouchard CTO · Instructor

Co-author of the book; 210k followers; ex-PhD at MILA, Yoshua Bengio's lab.

Fabio Chiusano Fabio Chiusano Senior AI Engineer

NLP lead; ships the client systems the curriculum is drawn from.

Samridhi Vaid Samridhi Vaid Machine Learning Engineer

Ships production multimodal AI, RAG and agent systems; M.Sc. in Computing Science, University of Alberta.

500k+AI practitioners taught since 2019
15+in-house AI engineers shipping client systems
10k+copies of Building LLMs for Production sold
21+AI applications shipped to production
06The system

Two steps: use AI to build software, then build AI into it

Step 1 makes every developer effective with coding agents and reveals who should go further. Step 2 converts your strongest builders into AI engineers.

Step 1 · Agentic developers ← this pageStep 2 · AI engineers
WhoEvery software developer, no AI background neededSelected builders, typically the top 10–20%
They learnTo plan, direct and verify coding-agent work under one standardTo design, ship and maintain production LLM systems
OutcomeFaster delivery on today's roadmapNew products and AI systems you cannot hire for
Format1-day or 2–3-day bootcamp · per-seat licencePart-time cohort waves · senior residency · per-seat licence
WhenNow, on work already in flightAfter Step 1, once the debrief names who's ready
Explore Step 2: AI engineer conversion → Same instructors, same standard, one scoping call covers both.
07The access trap

Seats are everywhere. Skill is not.

Your developers already spend a median of two hours a day with AI. Whether that time turns into delivery depends on practice.

AI is an amplifier

DORA's 2025 study of ~5,000 professionals: 90% of developers use AI, a median of two hours a day, and delivery instability rises unless the workflow is redesigned. Disciplined teams get faster; undisciplined teams get slower.

DORA 2025 · Google Cloud
Felt faster. Measured slower.

METR's randomised trial: experienced developers believed AI had made them 20% faster and were measured 19% slower. 66% of developers fight “almost right” output and 45% say debugging AI code takes longer.

METR 2025 · Stack Overflow 2025
The gap is trainable

Across ~400,000 Claude Code sessions, novice practice succeeded 15% of the time and expert practice 28 to 33%; the difference was task framing, context and verification. BCG finds five or more hours of structured training with coaching is what turns access into regular, effective use.

Anthropic 2026 · BCG 2025
Volume is not throughput

Google says AI writes around three-quarters of its new code and puts its own velocity gain near 10%. Microsoft reportedly told staff AI use is “no longer optional”; seats and mandates raise volume, practice raises delivery.

Alphabet 2026 · Microsoft 2025

METR's 2026 follow-up found the size of the slowdown varies by team; the gap between belief and measurement is the durable result.

08Straight answers

The questions your CFO will ask

“Our devs can self-learn from docs and YouTube.”
They've had three years. METR's developers believed they were 20% faster while measuring 19% slower, and Anthropic's session data shows novice practice succeeding at half the expert rate. Structured training with coaching is what moves regular use (BCG 2025).
“We're piloting Claude Code next quarter. Shouldn't training come after?”
A pilot measures the tool and the team's practice together. Untrained, most developers use a fraction of what an agent can do, so the trial reads low and the tool takes the blame. One day first gives the pilot a calibrated cohort, a baseline and a success measure.
“The tools change too fast; training goes stale.”
The durable skills are tool-agnostic: planning, context engineering, review discipline and verification. They transfer across Claude Code, Codex and whatever ships next. We re-train on the frontier monthly because we ship with it, and Academy content carries lifetime updates.
“We can't take engineers off delivery.”
The entry format is one day. Your engineers already spend a median two hours a day with AI, unmanaged (DORA 2025). The bootcamp redirects time already being spent, and applied exercises run on tasks from your own roadmap.
“Security won't allow it.”
Everything runs in your approved environment: your tool surface, your permissions, no production access, NDAs standard. We have delivered inside Europol. Untrained use is the larger security risk, so review boundaries and guardrails are a full module.
“We already pay for seats, so we're covered.”
Seats are access, not capability. DORA's finding is that AI amplifies the engineering discipline you already have; licences amplify nothing on their own. The 8x gain in code merged per engineer showed up where trained use met shared standards (Anthropic 2026).
“Our AI bill is already high. Isn't the answer a cap?”
A cap stops the bleeding and does nothing for the work. Anthropic's own cost guidance names the drivers of the expensive tail: sessions never cleared, wrong model defaults, vague tasks. Training removes those behaviours and gives you spend per merged change as the metric.
“Won't this deskill our junior developers?”
It can, if nobody teaches them to stay in the loop. Anthropic's 2026 study found juniors who leaned on AI scored 50% on a knowledge quiz against 67% without it. Our exercises require participants to explain the plan, find the error and justify the checks.
“How do we know it worked?”
We capture a baseline in scoping and close with a written capability debrief. It records what changed in how your engineers work, the conventions your team keeps and the metrics to watch: throughput, review load, spend per merged change. Scale to more cohorts only if the debrief earns it.
09Logistics

Frequently asked questions

Does the programme require one specific coding agent?
No. We scope workshops around the approved tool surface relevant to your team (Claude Code, Codex, or both) and explain differences where practices are tool-specific, including how to standardise across them.
What exactly happens on the applied day?
After sign-off on approved repositories or prepared tasks, permissions and review expectations, the cohort works agreed tasks from your roadmap under instructor supervision. It is applied learning, never production delivery. One signature session: an hour where engineers may only plan, direct and review while the agent writes everything, with the diffs then reviewed against your own bar.
What are the prerequisites?
Software engineering experience and access to your approved coding-agent tooling. No AI background needed; that's the point of Step 1.
What comes after?
The debrief names next steps: further cohorts, the conventions to keep and who is ready for Step 2: AI engineer conversion. Beyond training, the same engineers build custom AI systems and provide fractional AI leadership.
Do you need access to our codebase?
Not to production. We agree which repositories or prepared tasks the cohort works on, under your permissions; sanitised examples work where nothing can leave your environment.
What experience level is this for?
Working software engineers, any level. The pre-course survey sets the weighting, so a mixed cohort gets a day pitched at where it actually is.
How much do you customise?
The six modules are fixed; examples, depth and weighting are set with your technical lead and by the survey. Preparation against your repos takes two to four weeks.
How quickly can you deliver?
Scoping one to three weeks, preparation two to four, then the day or days.
Can you run multiple cohorts?
Yes. Most organisations run a first cohort, refine, then repeat across teams; the Academy licence covers developers who need the shared foundation without a live day.
Does it work for languages other than Python?
Yes. The exercises run in your stack with the tests it supports; the practices are language-agnostic.
10Next step

Book a scoping call

Tell us about your developer cohorts, approved tools and priorities. You'll talk with the instructors who deliver the workshops, and leave the call with a written plan and an indicative quote to follow.

1On the call: teams, stacks, baseline and which format fits. 30 minutes, with instructors.
2You leave with: a written plan, an indicative quote and a measurement approach.
3No pressure: if one day is enough, we say so.

Every enquiry is read by the Towards AI team. Prefer email? louis@towardsai.net