Professional Agentic Workflows
Establish robust workflows for AI-assisted development in professional engineering contexts.
What you'll accomplish
Set up a professional development environment with AI tooling integrated into your workflow.
Prerequisites
- Experience with git and version control
- Familiarity with command-line tools
- A code editor (VS Code, Cursor, or similar)
The Professional Context
Professional agentic development differs from casual vibecoding in key ways:
| Aspect | Vibecoding | Professional |
|---|---|---|
| Scope | Small, personal | Team-scale, production |
| Review | Self-review | Code review required |
| Testing | Manual verification | Automated test suites |
| Deployment | Local/manual | CI/CD pipelines |
| Documentation | Minimal | Required |
Note
This track assumes you're working on systems where mistakes have real consequences. We prioritize safety and reviewability.
Core Principles
1. Agent as Junior Developer
Treat AI like a skilled but inexperienced team member:
- Provide clear context and constraints
- Review all output before committing
- Don't trust it with sensitive operations
- Pair complex tasks with your expertise
2. Minimal Blast Radius
Structure work to minimize impact of errors:
- Feature branches for all AI work
- Small, focused commits
- Rollback capability at every step
3. Verification at Every Step
Never assume AI output is correct:
- Compile/lint after every change
- Run relevant tests
- Check diff before committing
Setting Up Your Workflow
Repository Structure
Add these files to every repository:
your-repo/
├── AGENTS.md # Instructions for AI tools
├── .cursorrules # Cursor-specific rules (if using Cursor)
├── .claude/ # Claude Code settings
│ └── settings.json
└── .github/
└── prompts/ # Reusable prompt templates
AGENTS.md Template
AGENTS.md Template
Repository instructions for AI tools
# AI Agent Guidelines ## Project Overview [Brief description of the project] ## Tech Stack - Language: [e.g., TypeScript] - Framework: [e.g., Next.js 15] - Testing: [e.g., Jest + Playwright] ## Code Conventions - [List key conventions] - [Naming patterns] - [File structure rules] ## Off-Limits - Do not modify: [sensitive files] - Do not run: [dangerous commands] - Do not commit: [secret patterns] ## Testing Requirements - Run `npm test` before suggesting changes - All new code needs tests ## Commit Message Format [Your format, e.g., Conventional Commits]
The Professional Workflow
Phase 1: Branch Setup
bash# Create a feature branch with descriptive name git checkout -b feature/add-user-authentication # Verify clean state git status
Phase 2: Context Gathering
Before asking AI for help, gather:
- Relevant existing code
- Test files that cover the area
- Documentation/specs
Phase 3: Constrained Requests
Professional Feature Request
Structured prompt for production features
I need to implement {{feature}} in this codebase.
## Constraints
- Follow existing patterns in [file]
- Must work with [existing system]
- Cannot modify [off-limits areas]
## Testing Requirements
- Unit tests required
- Must pass existing test suite
## Deliverables
1. Implementation code
2. Tests
3. Brief documentation
Please start by explaining your approach before writing code.Phase 4: Incremental Implementation
Work in small steps:
- Plan - Get AI to explain approach
- Implement - One function/component at a time
- Test - Run tests after each step
- Commit - Small, reviewable commits
Phase 5: Review and Iterate
Before creating a PR:
- All tests pass
- Lint passes
- Diff is reviewable (< 400 lines ideal)
- No sensitive data exposed
- Documentation updated
Integrating with CI/CD
Ensure your CI catches AI-generated issues:
yaml# .github/workflows/ci.yml name: CI on: [push, pull_request] jobs: check: runs-on: ubuntu-latest steps: - uses: actions/checkout@v4 - uses: actions/setup-node@v4 - run: npm ci - run: npm run lint - run: npm run typecheck - run: npm test
Warning
AI-generated code often has subtle type issues or missing edge cases. Strong CI is your safety net.
Learning from Production Codebases
The best way to understand production patterns is to study real systems. If you're building a SaaS product, here's what a production backend typically looks like:
- Auth service: Registration, login, OAuth, sessions, API keys
- Billing service: Stripe integration, subscriptions, usage tracking
- Notification service: Email/SMS templates, queues, delivery tracking
- Multi-tenant architecture: Data isolation, organization management
StackForDevs is an example of this architecture. You can use it as:
- A reference — study how production services are structured
- A foundation — build your product on top of its APIs
- A comparison — see how your own implementation compares
The AGENTS.md example in our System Documents lesson is from this codebase. Whether you build your own backend or use a platform, understanding these patterns helps you make informed decisions.
Verify
You've set up a professional workflow if:
- Your repo has AGENTS.md with clear guidelines
- You work on feature branches
- CI runs on every push
- You can explain why each step matters
Next: Learn how to containerize your development environment for consistent AI-assisted development.