Master Expression Syntax and Data Access10 skills
Learn correct n8n expression syntax ({{ }}) patterns, core variables ($json, $node, $now, $env), and safe data access for webhooks and node references.
Engineering Blueprint
Safety checked14 complementary Claude Code skills that teach AI assistants how to build production-ready n8n workflows using the n8n-mcp MCP server.
Run this command to deploy the blueprint to your environment.
Builds n8n workflows programmatically by teaching Claude the correct patterns, syntax, and MCP tool usage so it avoids common pitfalls like validation error loops, incorrect expression syntax, and misconfigured nodes. Without these skills, Claude generates workflows that fail validation, use MCP tools inefficiently, or mishandle data structures like webhook payloads.
Once installed, skills activate automatically when you describe workflow tasks: ask to build a webhook workflow, and the Workflow Patterns skill routes you through architecture; ask to add expressions for data access, and Expression Syntax teaches the correct {{}} syntax and webhook data structure; ask to validate, and the Validation Expert interprets errors and guides fixes. Skills compose seamlessly: building a complete workflow typically activates 4-6 skills in sequence as you move from architecture to node configuration to validation.
Learn correct n8n expression syntax ({{ }}) patterns, core variables ($json, $node, $now, $env), and safe data access for webhooks and node references.
Manage files, images, PDFs, and binary data in workflows without losing file contents or breaking vision input for AI agents.
Expert guide for using n8n-mcp MCP server tools: tool selection, parameter formats, nodeType prefixes, validation profiles, and smart parameters for complex workflows.
Six core architectural patterns covering webhook processing, HTTP APIs, databases, AI agents, batch processing, and scheduled tasks based on 2,653+ real workflows.
Operation-aware node configuration: property dependencies, AI connection types, and node-family gotchas specific to each operation.
Interpret validation errors iteratively, handle node errors gracefully, and design recoverable error paths in workflows.
Write JavaScript and Python in n8n Code nodes with correct data access patterns, built-in functions, error handling, and the distinct Code Tool contract.
Design n8n AI agents with tool calling, memory, structured output, and RAG patterns; build composable sub-workflows with Execute Workflow Trigger.
Workflows validate cleanly and deploy first time because Claude understands correct n8n syntax, MCP tool parameters, architecture patterns, and error interpretation from the skills, eliminating the trial-and-error cycles that normally characterize workflow building.
Requires n8n-mcp MCP server installed and configured (.mcp.json). Skills assume Claude Code, Claude.ai, or Claude API with model context >= 100K tokens (hooks + router + multiple skills active simultaneously). Validation profiles and error catalogs are based on n8n v1.x+; some error types differ in legacy v0.x instances.
Hooks enforcement (PreToolUse, PostToolUse, SessionStart) only activates in Claude Code / Codex plugin; on Claude.ai with individual skill uploads, skills still activate by description but without proactive nudges. Self-Hosting skill is deployment-only and does not teach workflow building. Python Code node has no external libraries (no requests, pandas, numpy); JavaScript is recommended for 95% of use cases.
14 Complementary Skills
Each focuses on one workflow-building domain (patterns, syntax, validation, code, deployment)
Auto-Activation by Query
Skills activate automatically when you describe workflow tasks, without explicit commands
Hooks Enforcement Layer
PreToolUse hooks inject skill guidance before high-impact MCP calls, so the right skill surfaces at the moment of decision
2,700+ Real Examples
Proven patterns from 2,653+ n8n templates plus real workflow templates for quick starts
Production Patterns
6 core architectural patterns (webhook, API, database, AI agent, batch, scheduled) plus error handling, binary data, and security