Is this suitable for both frontend and backend planning?

Absolutely, it provides specific architectural patterns for React-based frontends and Node.js/TypeScript-based backends, including database selection advice.

Can this skill assist with security and accessibility compliance?

Yes, it includes built-in checklists for OWASP security best practices and WCAG 2.0 accessibility guidelines to ensure high-quality software standards.

How does this skill help avoid over-engineering?

It applies KISS and YAGNI principles to ensure abstractions are only added when necessary, preventing premature optimization and complex patterns for simple problems.

How does it improve developer team collaboration?

By providing a standardized technical plan template, it ensures all team members are aligned on goals, success criteria, and technical decisions before coding starts.

Strategic Project Planning

Name: Strategic Project Planning
Author: ramirlm

byramirlm

Productivity & Workflow

Standardizes project architecture and technical design through a structured workflow focused on type-safety and simplicity.

About

The Strategic Project Planning skill provides a comprehensive framework for architecting software solutions, helping developers make informed technology choices while avoiding common pitfalls like over-engineering. It guides Claude through a rigorous process of requirement gathering, success criteria definition, and architecture design with a strong emphasis on end-to-end type-safety, observability, and accessibility. By following these guidelines, developers can ensure their projects are maintainable, scalable, and built on proven patterns like KISS and YAGNI principles.

Key Features

Structured technology evaluation framework prioritizing type-safety and developer experience.
Comprehensive architecture design checklists covering security, observability, and accessibility.
Integrated testing strategy planning for unit, integration, and E2E testing levels.
Standardized file organization and naming convention strategies for cleaner codebases.
Anti-over-engineering guidelines to maintain project simplicity and minimize technical debt.
0 GitHub stars

Use Cases

Evaluating and choosing between different frameworks or database solutions based on project constraints.
Planning a major refactoring effort of a legacy codebase to improve observability and maintainability.
Initializing a new full-stack project with a consistent, type-safe architecture and directory structure.

About

Key Features

Structured technology evaluation framework prioritizing type-safety and developer experience.
Comprehensive architecture design checklists covering security, observability, and accessibility.
Integrated testing strategy planning for unit, integration, and E2E testing levels.
Standardized file organization and naming convention strategies for cleaner codebases.
Anti-over-engineering guidelines to maintain project simplicity and minimize technical debt.
0 GitHub stars

Use Cases

Evaluating and choosing between different frameworks or database solutions based on project constraints.
Planning a major refactoring effort of a legacy codebase to improve observability and maintainability.
Initializing a new full-stack project with a consistent, type-safe architecture and directory structure.