TeamStuQ/skill-map
Skill Map
Skill-map is a static site generator designed to document and visualize engineering competency frameworks. It provides a structured system for defining technical skills, learning milestones, and career progression paths, allowing organizations to map professional growth across specialized domains and technology stacks.
The project utilizes a dependency-graph data model to represent the logical progression of technical mastery, which is defined through human-readable configuration files. This approach enables teams to audit collective technical capabilities, identify knowledge gaps, and provide structured learning paths for mentorship and career development.
The application functions by pre-rendering content into static HTML files, ensuring high performance for documentation. It supports interactive navigation and filtering through client-side state hydration and a modular, component-based interface.
Features
- Static Site Generation - Pre-renders content into static HTML files at build time to ensure high performance for documentation.
- Competency Frameworks - Provides a structured framework for defining technical milestones and growth expectations within engineering disciplines.
- Static Documentation Generation - Generates high-performance static websites from structured data to share technical knowledge and documentation.
- Career Development Paths - Visualizes essential knowledge domains and technology stacks to guide professional growth across engineering roles.
- Career Growth Tracking - Maps professional growth across specialized domains and technology stacks to guide developer development.
- Skill Mapping - Comprehensive visual map of technical skills for software engineers.
- Skill Auditing - Assesses collective technical capabilities to identify knowledge gaps and plan for future training or hiring needs.
- Skill Matrices - Documents and tracks essential knowledge domains required for advancement within various engineering roles.
- Developer Mentorship - Provides structured learning paths and skill benchmarks to guide junior developers toward technical mastery.
- Directed Acyclic Graphs - Structures technical skills and milestones as directed acyclic graphs to represent logical progression and prerequisites.
