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By uw-ssec
Scaffold open-source research software projects with community health files, GitHub templates, and onboarding docs; validate documentation quality via linting, link checks, and setup testing; assess handoff readiness with health reports on docs, CI/CD, and tests.
npx claudepluginhub uw-ssec/rse-plugins --plugin project-managementAssess project readiness for handoff to new maintainers with a comprehensive health check
Scaffold a new project with community health files and standard structure for any language
Validate project handoff by testing that setup instructions, documentation, and workflows actually work
Expert in documentation quality assurance, setup instruction validation, and completeness checking for research software projects in any language. Uses Vale, HTMLProofer, markdownlint, and manual tracing to audit documentation for handoff readiness.
Expert in research software project initialization, contributor onboarding, and knowledge transfer for open-source projects in any language. Scaffolds community health files, creates onboarding documentation, and prepares projects for handoff.
Templates and guidance for creating community health files (README, CONTRIBUTING, LICENSE, CODE_OF_CONDUCT, SECURITY, CITATION.cff, issue/PR templates) for open-source research software projects in any language.
Documentation quality assurance tools and strategies for research software projects. Covers prose linting (Vale), link checking (HTMLProofer), Markdown validation (markdownlint), code example testing, container-based instruction validation, and CI integration.
Uses power tools
Uses Bash, Write, or Edit tools
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Structured AI-enabled research workflows for software development: Research, Plan, Experiment, Implement
Context-Driven Development plugin that transforms Claude Code into a project management tool with structured workflow: Context → Spec & Plan → Implement
Complete project development toolkit: 23 agents, 23 slash commands, 29 lifecycle hooks, and 69 reusable skills for Claude Code workflows
OSS Claude Code config: agents, skills, and hooks for professional AI-assisted development workflows
Language-agnostic development process harness implementing the Stateless Agent Methodology (SAM) 7-stage pipeline with ARL human touchpoint model and Voltron-style language plugin composition. Provides orchestration, workflows, planning, verification, and testing methodology that any language plugin can compose with.
Agents used for research across multiple data sources. Other plugins expect this one to be enabled.
Structured AI-enabled research workflows for software development: Research, Plan, Experiment, Implement
Development kit for working with HoloViz ecosystem (Panel, hvPlot, HoloViews, Datashader, GeoViews, Lumen)
Comprehensive agents and skills for working with the Zarr array storage format
Benchmark and optimize Zarr chunking strategies for multi-dimensional scientific datasets on cloud object stores (S3, GCS)
Agents and skills for Research-Through-Design approach to research software design
Custom AI agents and skills for Research Software Engineering (RSE) and Scientific Computing tasks, designed for use with Claude Code and compatible AI coding assistants.
This repository provides specialized agents and skills that understand the unique challenges of scientific software development, including:
To use these agents and skills in Claude Code, add this repository to your plugin marketplace:
/plugin marketplace add uw-ssec/rse-plugins
Once installed, the agents and skills will be available in your Claude Code environment and can be invoked when working on scientific software projects.
The repository provides Claude Code plugins organized by domain. Each plugin contains agents (specialized AI personas) and skills (reusable knowledge modules).
Expert agents and comprehensive skills for modern Scientific Python development.
Agents:
Skills:
When to use: Scientific computing projects, data analysis pipelines, research software development, package creation, reproducible research workflows
Domain-specific scientific computing agents and skills for astronomy, geospatial analysis, climate science, and interactive visualization.
Agents:
Skills:
When to use: Astronomy research, telescope data processing, climate data analysis, Earth science workflows, geospatial analysis
Structured AI-enabled workflow for complex software development tasks with explicit phases for research, planning, experimentation, implementation, and validation.
Agent:
Commands:
/research - Document and understand existing code, patterns, and architecture/plan - Create detailed, testable implementation plans through interactive research/iterate-plan - Refine existing plans based on feedback or changed requirements/experiment - Try multiple approaches before committing to implementation (optional)/implement - Execute the plan phase by phase with verification checkpoints/validate - Systematically verify implementation against plan criteriaSkill:
.agents/ directoryWhen to use: Complex feature development, architectural changes, exploratory implementation, technical research tasks, systematic code refactoring, documented decision-making