project-scope-alignment

Plan ProPresenter-derived changes with cross-system impact and verification checks.

Updated Jan 15, 2026

Search Tags:#quality assurance #integration #feature planning #scope #requirements clarification #propresenter clone

Ready to run

npx skills add https://github.com/ethanhanderson/church-presenter --skill project-scope-alignment

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: project-scope-alignment
Source: https://github.com/ethanhanderson/church-presenter/tree/main/.cursor/skills/project-scope-alignment
Command: npx skills add https://github.com/ethanhanderson/church-presenter --skill project-scope-alignment

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents mis-scoped work and incomplete features by guiding developers to think through what the project is, how changes interact with the rest of the app, and what additional verification is needed before shipping.

Core Features & Use Cases

Project and scope alignment: Establishes a clear understanding that this app is a church service presentation solution cloned from ProPresenter with improvements and custom church-team integrations.
Cross-system impact planning: Encourages reasoning about how each change affects other systems and coordinating the work accordingly.
Clarification and completeness checks: Prompts requesting clarification when ProPresenter feature details are unknown, and performing scans to find broken, leftover, or unfinished features around the area being modified.

Quick Start

Use this skill when planning a new feature or change by first confirming how it fits the app’s church presentation scope and then planning the integration impact scan before implementing.

Frequently Asked Questions about project-scope-alignment

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I maintain project scope alignment when planning features for a ProPresenter clone?▼

Project scope alignment requires confirming that planned changes fit the church presentation solution scope and do not introduce unfinished features. You achieve this by verifying requirements and performing integration impact scans before implementation.

What is the best way to plan cross-system impact for church presentation app integrations?▼

Cross-system impact planning involves reasoning about how each code change affects interacting systems within the app. You coordinate the work by mapping dependencies and performing verification scans to detect broken or leftover changes after updates.

How do I clarify unknown ProPresenter feature details during development?▼

Clarifying unknown ProPresenter feature details involves prompting for requirements clarification when specifics are missing. You request explicit information about the expected behavior to prevent mis-scoped work and ensure feature completeness.

Why does incomplete requirements clarification cause mis-scoped work in church-team integrations?▼

Incomplete requirements clarification causes mis-scoped work because developers lack the cross-system reasoning needed to coordinate changes. Without verifying ProPresenter specifics, broken or leftover features often remain undetected around the modified area.

Can I use scope alignment checks for quality assurance on small codebase updates?▼

Scope alignment checks support quality assurance for codebase updates of any size. They enforce completeness scans to find broken or leftover features, ensuring even minor modifications align with the overall church presentation project scope.

How do I detect broken or leftover features after implementing changes to a ProPresenter clone codebase?▼

Detecting broken or leftover features requires performing verification scans around the modified area. You check for incomplete logic and uncoordinated integrations to ensure the update maintains feature completeness and project scope alignment.