Getting Started and Learning
Getting started with agentic engineering is a learning problem, not a tool installation. Developers are slower in their first hours with coding agents and faster after structured practice, and how the learning is organized decides the difference more than which tool is bought.
Written by
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Benedikt Stemmildt Founder & Co-CEO
Updated:
Getting Started 2
Our position. We hold that mastery comes through practice on real work, not through a two-day workshop. Train on your own code, ideally on the migration you have been postponing (opens in a new tab).
Agentic engineering changes the engineer’s role, so the first weeks go into new habits: what to delegate, how to brief the agent and how to check its work. Official documentation, courses and practitioner writing cover the tool.
Why are developers slower at first?
In a randomized trial, experienced open-source developers were about 19% slower with early-2025 AI tools on repositories they knew well (METR, Measuring the Impact of Early-2025 AI on Experienced Open-Source Developer Productivity (opens in a new tab)). DORA models adoption as a J-curve: performance dips while teams learn, adapt pipelines and absorb extra verification work (The learning curve). Practitioners describe the same curve for one person: at the start you are faster by hand, and the payoff arrives once the workflow is built (Vom Coder zum Dirigenten (opens in a new tab)).
Start here
- The learning curve — Why early agentic-engineering practice feels slower and how that distorts productivity measurements.
- Effective beginner practices — Practical habits that help beginners build judgment, feedback loops, and safe autonomy.
- Engineering foundations — Why design, architecture, judgment, and software fundamentals matter more when code becomes cheap.
- Organizational learning — How teams turn individual agent use into shared, measurable organizational capability.
Related
- Productivity and Workflow: what the evidence shows once the learning curve is behind you.
- What moves adoption: the conditions that turn access into sustained use.
- AI productivity studies: the METR, Stanford, DORA and Multitudes results in detail.
- Agentic Engineering: the discipline the first habits grow into.
- Senior Engineering Skills: the skills around the code that agentic work raises in value.
Resources
Official Documentation
- Anthropic Cookbook (opens in a new tab) - Anthropic’s open collection of code recipes and guides for building with the Claude API.
- Anthropic Prompt Engineering Guide (opens in a new tab) - Anthropic’s official guide to prompt engineering with Claude, covering clarity, examples, chain-of-thought, XML tags, and long-context optimization.
- Channels documentation (opens in a new tab) - Official docs on pushing CI results, chat messages, and monitoring events into running Claude Code sessions via MCP channels (Telegram, Discord, iMessage).
- Claude Code docs (opens in a new tab) - Official docs for Claude Code, the agentic coding tool that reads codebases, edits files, runs commands, and integrates with terminal, IDE, desktop, and browser.
- Claude Platform (opens in a new tab) - Anthropic’s workbench for building and testing Claude apps with prompt development, evaluation, and API integration.
- Claude Quickstarts (opens in a new tab) - Anthropic’s collection of quickstart projects and templates for building deployable apps on the Claude API.
- Hooks documentation (opens in a new tab) - Reference for Claude Code hook events, JSON I/O, exit codes, async hooks, HTTP hooks, prompt hooks, and MCP tool hooks.
- Learn Prompting (opens in a new tab) - Free guide to generative AI and prompt engineering from fundamentals to advanced techniques, with a 40K-member Discord.
- OpenAI Cookbook (opens in a new tab) - OpenAI’s official collection of example code and guides for accomplishing common tasks with the OpenAI API, mostly Python notebooks, browsable at cookbook.openai.com.
- Output Styles documentation (opens in a new tab) - Official docs on adapting Claude Code output styles for uses beyond software engineering.
- Permission modes documentation (opens in a new tab) - Official docs covering Claude Code permission modes including auto with safety classifier, plan mode, dontAsk, and bypassPermissions.
- Prompt Engineering Guide (opens in a new tab) - Learning resource for prompting techniques and LLM applications with a Prompt Hub, agents docs, and model-specific guides.
- Skill authoring best practices (opens in a new tab) - Anthropic’s guide to writing effective Agent Skills, covering conciseness, degrees of freedom, progressive disclosure, naming and descriptions, workflows, and evaluation-driven iteration.
- Skills documentation (opens in a new tab) - Official docs for Claude Code skills with custom commands, bundled skills, and sharing patterns.
- Sub-agents documentation (opens in a new tab) - Official guide to Claude Code subagents for task-specific workflows and tighter context management.
Tutorials & Videos
- AI Coding Workflow Tutorial (opens in a new tab) - Sneak-peek video on AI-assisted coding workflows from the TAC course.
- AI Development Tutorial (opens in a new tab) - HumanLayer talk on what his team learned scaling coding agents in real-world projects.
- Advanced Hook Usage (opens in a new tab) - Tutorial presenter walkthrough of a Claude Code workflow built on hooks, deep-jumping to the advanced-hooks segment for production patterns.
- Agentic Development Pitfalls (opens in a new tab) - Re-Sync podcast on perception, context management, and the good engineering practices that decide whether agentic coding helps or hurts.
- Architecture Considerations (opens in a new tab) - Augment Code talk on the role of context in software engineering and where vibe coding fits in production-grade applications.
- Best Practices Workshop (opens in a new tab) - OpenHands conference talk on what works and what fails when running software-development agents in production.
- Claude Code Tutorial (opens in a new tab) - Video on agentic prompt engineering, framing today’s prompts as control surfaces for tomorrow’s agents.
- Claude Code Ultimate Guide (opens in a new tab) - Documentation set covering Claude Code from beginner to power user, with templates, agentic-workflow guides, quizzes, and a cheatsheet.
- Code analysis & comprehension (opens in a new tab) - SIBB Digitalverband talk on legacy software modernization with GenAI, with concrete code-comprehension techniques.
- Hooks Overview (opens in a new tab) - Video walkthrough of Claude Code hooks for guarding against destructive commands and coordinating parallel agents.
- How to Build an Agent (opens in a new tab) - Walkthrough of building a minimal coding agent from scratch, arguing this literacy converts you from an AI consumer into a producer.
- Introduction to Sub-Agents (opens in a new tab) - Video introduction to Claude Code subagents and how to use them well.
- Performance Optimization (opens in a new tab) - Talk with the Cognition AI CEO on the future of software engineering.
- Practical Implementation Examples (opens in a new tab) - Video on real-world examples of agentic coding implementation.
- Security & Compliance (opens in a new tab) - Talk on whether future engineers code alongside a single agent or orchestrate many, and what that shift means for synchronous workflows.
- Software Fundamentals Matter More Than Ever (opens in a new tab) - Talk mapping AI coding failure modes to classic software-design books and arguing that good codebases and fundamentals matter more, not less.
- pi coding agent demo (opens in a new tab) - Screencast of the pi coding agent running an end-to-end issue-to-PR workflow: read issue, plan, implement, verify, open pull request.
Community & Discovery
- AI Avenue (opens in a new tab) - Cloudflare’s 6-episode web series on AI capabilities and ethics, with interactive apps and expert interviews.
- AI Readiness Assessment (opens in a new tab) - Open-source assessment for software organizations adopting AI-assisted coding.
- AI That Works (opens in a new tab) - Weekly live coding series on practical AI engineering, 33+ episodes covering agents, context engineering, evals, and production deployment.
- AI-RENA (opens in a new tab) - Skill-verification platform that assesses AI proficiency through scored real-world tasks instead of quizzes, recording each run as a trace-backed proof that stays private until shared.
- Agent Readiness Score (ARS) (opens in a new tab) - Go toolkit that scores codebase agent-readiness across seven categories, with HTML reports and optional Claude CLI integration.
- Agentic Maturity Self-Assessment (opens in a new tab) - Self-check for locating a team across five agentic-development maturity levels, from AI-assisted through fully autonomous.
- CASE Conference (opens in a new tab) - Conference on AI-assisted software engineering and agentic coding, Berlin, January 14, 2026.
- Claude HowTo (opens in a new tab) - Visual, example-driven guide to Claude Code from basics to advanced agents with copy-paste templates.
- Complete Tools & Methods Overview (opens in a new tab) - AI-generated practitioner’s guide to agentic software engineering covering foundations, tools, and methods.
- Dev Index AI (opens in a new tab) - Curated catalog of AI development tools scored within each category, blending popularity and activity signals with editorial judgment; Apache-2.0.
- Dictionary of AI Coding (opens in a new tab) - Plain-English glossary of AI coding terminology across seven sections, with interlinked entries and real-world usage examples.
- Everything Claude Code (opens in a new tab) - Agent-harness optimization system covering skills, instincts, memory, security, and research-first development for Claude Code, Codex, OpenCode, Cursor, and others.
- Implementation Guidelines & Best Practices (opens in a new tab) - AI-generated implementation guide for the agentic SDLC, framing the shift from prompt to context engineering.
- ClaudeLog (opens in a new tab) - Searchable Claude Code knowledge base with tutorials, optimization techniques, and real-world best practices.
- Langdock (opens in a new tab) - Model-agnostic, EU-hosted enterprise AI platform for company-wide rollout, with an AI-adoption playbook drawn from hundreds of implementations.
Education & Courses
- AI Coding Course (opens in a new tab) - Course for experienced engineers on systematic AI tool integration, production patterns, and sustainable AI-assisted workflows, with lessons, podcasts, and slides.
- AI Engineering from Scratch (opens in a new tab) - Open-source curriculum of 542 lessons across 20 phases in Python, TypeScript, Rust, and Julia that derives the math and builds each algorithm from raw code.
- AI Native Development Guide (opens in a new tab) - Learning resource for GitHub Copilot and AI-assisted coding via Markdown Prompt Engineering, Agent Primitives, and Context Engineering.
- Building with Cursor (opens in a new tab) - Cursor’s public Notion guide on getting productive with Cursor across day-to-day editing, multi-file changes, and agent workflows.
- Claude Certified Architect Foundations (opens in a new tab) - Community study materials for Anthropic’s Claude Certified Architect Foundations exam, covering tool design, MCP, structured outputs, context management, and reliability patterns.
- Exercism (opens in a new tab) - Free coding-practice platform with thousands of exercises across 70-plus programming languages and volunteer human mentorship, built for deliberate skill-building through feedback.
- Kaggle 5-Day AI Agents Intensive (opens in a new tab) - Google and Kaggle self-paced course on building AI agents, covering models, tools, MCP, context engineering, memory, evaluation, and production deployment.
- LangGraph 101 (opens in a new tab) - LangChain’s series of notebooks teaching the fundamentals of LangGraph for building stateful agents, chatbots, and multi-step workflows.
- Latent Patterns (opens in a new tab) - Technical AI education platform teaching transformers, RAG, agents, and tool calling from first principles.
Strategic Reading
- AI Transformation in Development (opens in a new tab) - Talk on AI-driven workflows for interactive full-stack web applications across TypeScript, frameworks, and third-party libraries.
- AI enthusiasts are in a race against time, AI skeptics are in a race against entropy (opens in a new tab) - Article on the enthusiast-skeptic split in AI adoption and how a complete account plus engineering rigor can close the gap.
- AI for Teams: State of Play for AI Assistance Beyond Code (opens in a new tab) - Keynote deck on using GenAI across ideation, design, and specification, arguing for 10x teams over 10x engineers.
- AI’s Impact on the State of the Art in Software Engineering in 2026 (opens in a new tab) - Synthesis of testimonials from named engineers on industrialized agentic delivery, endangered junior training, and design mattering more as code gets cheap.
- Advanced Coding Techniques (opens in a new tab) - Talk on where vibe coding with GenAI breaks down, the anti-patterns it produces, and how to handle complex software.
- Agentic Design Patterns (opens in a new tab) - Hands-on book cataloging durable agent patterns such as RAG, reflection, routing, planning, memory, tool use, and multi-agent communication.
- Agentic Engineering Overview (opens in a new tab) - Talk on how AI reshapes how businesses build and sell, framed as the start of a fast technology wave.
- Background Agents (opens in a new tab) - Article framing background agents as autonomous SDLC infrastructure, with isolated compute, event routing, and governance layers.
- Beyond the AI Hype (opens in a new tab) - OMR keynote on AI market economics, model progress, adoption reality, and the shallow-usage retention curve behind headline user counts.
- CTOs Reveal How AI Changed Software Developer Hiring in 2025 (opens in a new tab) - Final Round AI survey of twelve CTOs finding they now hire for critical thinking, systems thinking, and business translation over raw coding speed.
- Claude Code and COBOL modernization: What’s the reality? (opens in a new tab) - Thoughtworks reality check on Anthropic’s COBOL modernization claims, with a 5-phase methodology, evaluation criteria (time, cost, correctness, drift), and why SME involvement remains load-bearing.
- Claude Code: It’s not replacing devs, it’s moving them to a higher altitude (opens in a new tab) - Article on agentic development raising engineers to a higher cognitive altitude, tech debt forming in real time, and rigor as the moat.
- Deliberate Intentional Practice (opens in a new tab) - Article arguing that AI tools reward deliberate practice like a musical instrument and that operator skill sets the ceiling on results.
- Elephants, Goldfish and the New Golden Age of Software Engineering (opens in a new tab) - Article on testing design documents against fresh sessions and why design becomes the new code as AI writes it.
- Enterprise AI Integration (opens in a new tab) - Talk on extending the 2010s automation-first QA mindset (Selenium and friends) with AI capabilities at enterprise scale.
- Everything Keeps Changing. Faster. (opens in a new tab) - Collected theses on the AI product-development shift, from cognitive debt and cheap code to specifications as the new craft.
- GitHub’s Internal AI-Powered Workforce Playbook (opens in a new tab) - GitHub’s enablement operating model with eight pillars, a directly responsible individual, AI advocates, tiered tooling policy, and adoption metrics.
- Have you had your deep blue moment yet? (opens in a new tab) - Talk on the moment AI surpasses your coding skill and the durable engineering capabilities that still transfer.
- How Anthropic teams use Claude Code (opens in a new tab) - Anthropic’s roundup of how its own technical and non-technical teams use Claude Code for onboarding, debugging, testing, and building custom tools.
- New Economy Skills: Unlocking the Human Advantage (opens in a new tab) - World Economic Forum white paper on the durable human skills that gain value alongside AI and how organizations build them.
- Outcome Engineering Manifesto (o16g) (opens in a new tab) - Sixteen-principle manifesto reframing software as an outcome problem now that coding agents remove the time and bandwidth constraint.
- Post-Agile Paradigm (LinkedIn) (opens in a new tab) - Article on why the Agile Manifesto’s assumptions about human coordination need rethinking as AI changes the constraints.
- ProgrammierEnde (opens in a new tab) - Deck on why software yields to AI and a five-level maturity model from AI-assisted to fully autonomous agentic development.
- Software Abundance (opens in a new tab) - Article arguing that when code becomes cheap, judgment becomes the work and strong users manage intent rather than write better prompts.
- Solving the Wrong Problem (opens in a new tab) - Article arguing that AI coding mostly speeds mediocre code and that the real problem is undertrained developers, not slow typing.
- State of AI 2026 (opens in a new tab) - Devographics’ 2026 developer survey of 7,258 respondents on AI adoption, with sections on model providers, coding agents, usage patterns, spending, and risks.
- Team Collaboration with AI (opens in a new tab) - Atlassian executive talk on the future of developer experience in an AI-powered world.
- Team Dynamics After AI (opens in a new tab) - Article arguing that AI promotes the legible over the illegible, artefacts are not the work, and juniors risk autopilot over copilot.
- The AI Revolution in Software Development (opens in a new tab) - McKinsey book excerpt on the agent factory, four levels of developer support, and the three enablers that separate top performers from the rest.
- The Drag Problem in AI Adoption (opens in a new tab) - Article applying swimming’s drag-before-force logic to AI change management, with four change dimensions and threat as the underdiagnosed resistance.
- The Engineers Who Can’t Use AI Agents Don’t Have a Tools Problem (opens in a new tab) - Article explaining how agents expose whether engineers can externalize context and understand the systems they maintain.
- The Founder’s Playbook: Building an AI-Native Startup (opens in a new tab) - Anthropic vendor ebook on AI-native startups, useful for its context-first discipline and structured devil’s-advocate practice under frictionless building.
- The Harness Inventory (Semantic Anchors) (opens in a new tab) - Taxonomy of 60+ error-correction layers for AI code generation, framing the LLM as an information-theory noisy channel, with layers sorted across nine categories by risk tier.
- The Loom (opens in a new tab) - Article distilling a hundred human-AI build sessions into thin slices and a gradual path to earned agent autonomy.
- The Role of Developer Skills in Today’s AI-Assisted World (opens in a new tab) - Slide deck on how the impact radius of AI blunders and feedback loops reshape which developer skills matter.
- The Untrainable (opens in a new tab) - Article arguing that measurable work commoditizes while private, judgment-bound work stays valuable, with MIT data on how much AI-written code ships.
- The future of AI development (opens in a new tab) - Article finding that using AI well is a specification discipline that weaker models expose.
- Twelve Ways to Be Wrong About AI-Assisted Coding (opens in a new tab) - Catalogue of twelve methodological errors in measuring AI-assisted coding, from lines of code to adoption rate and novelty-period studies.
- WTF Happened in 2025? (opens in a new tab) - Open-source collection of 2025 AI and software-development inflection points with charts, sourced data, and community contributions, curated by Latent Space.
- What 30,000 YouTube Comments Tell Us About AI and Software Engineering (opens in a new tab) - Analysis of developer sentiment shifting from hype through unimpressed pragmatism to epistemic doubt about trusting AI output.
- What Actually Happens When You Replace Your Engineering Team with AI (opens in a new tab) - Interviews with teams building with AI instead of engineers, finding the bottleneck moved to judgment and the specification became the real asset.
- When everyone has AI and the company still learns nothing (opens in a new tab) - Article on the messy middle of adoption, why individual gains do not become organizational learning, and measuring token-to-learning over token-to-output.
In this section
- Effective beginner practices
Beginners get good with coding agents by practicing in a domain they can judge, keeping tasks and feedback loops small, and granting the agent more autonomy only once reviewing every small step turns into rubber-stamping.
- Engineering foundations
Engineering foundations matter more when agents write the code, because the work that remains is judging it: framing the problem, seeing what the agent missed, and verifying output that a model inferred rather than compiled.
- The learning curve
Developers are often slower in their first weeks with coding agents, and team performance dips while people learn before gains appear. Measurements taken in that window, or built on self-reports and code volume, misread the tools in both directions.
- Organizational learning
Individual AI use becomes team capability only when the organization changes with it: incentives, ownership of risk and trust. Without that, pilots succeed technically and still stall, and usage grows while the company learns nothing.