| title |
text |
Introduction to Agentic Engineering |
We'll introduce agentic engineering and the current challenges of using AI effectively with Svelte 5 applications.
|
|
| title |
text |
Project setup |
We'll create a SvelteKit application with a recommended development stack, including TypeScript, ESLint, Prettier, testing, authentication, database integration, and deployment.
|
|
| title |
text |
Svelte MCP server |
We'll explain what MCP is, how it improves AI-generated code, and how to use MCP tools for documentation lookup, code validation, auto-fixing, and playground generation.
|
|
| title |
text |
AI coding best practices |
We'll cover when to use AI, how to manage LLM context efficiently, and how skills, MCP servers, and context optimization fit together.
|
|
| title |
text |
Working with AI agents |
We'll use sub-agents for parallel and isolated tasks, configure agent instructions in <code>AGENTS.md</code>, and discuss security considerations for MCP servers and AI skills.
|
|
| title |
text |
AI-assisted UI/UX workflow |
We'll explore how to convert a design from Figma into code and how to use agents without losing design intent or implementation quality.
|
|
| title |
text |
Development workflow |
We'll establish a Git workflow for reviewing AI-generated changes, practice Test-Driven Development with AI agents, build reusable components following TDD principles, and explain why extensive testing and validation are essential for both engineers and agents.
|
|
| title |
text |
Prompting strategies |
We'll compare a direct prompt with a structured planning approach by solving the same complex task both ways, then analyze when planning produces better outcomes than immediately generating code.
|
|
| title |
text |
Kanban board implementation |
We'll kick off a Kanban board implementation using the established AI-driven workflow. Along the way, we will update <code>AGENTS.md</code> when necessary, discuss what belongs there vs. more specialized documentation, create codebase-specific skills, and write ad hoc ESLint rules that keep the agent on track.
|
|
| title |
text |
Code review with AI |
We'll explore AI-assisted code review options, set up Greptile, and use it to review and improve generated code.
|
|
| title |
text |
Repository automations |
We'll set up repository automations that automatically triage issues and improve CI workflows.
|
|
| title |
text |
Observability and debugging |
We'll integrate Sentry into the application and use it to diagnose, debug, and fix runtime issues in an AI-assisted development workflow.
|
|
| title |
text |
Loop engineering |
We'll direct agents to own all of their work from start to end, fully automating the development cycle from code change, validation, pull request, review feedback, fixes, and eventually merge and deployment.
|
|