What happens if the AI encounters a bug or blocker?

The skill is programmed to stop immediately if it hits a blocker, fails a verification step, or finds an instruction unclear, ensuring it doesn't guess or create technical debt.

Does it require a specific plan format?

It requires a written implementation plan file that it can read and review. The plan should ideally contain bite-sized steps and specific verification instructions.

How does the batch execution process work?

The skill defaults to executing the first three tasks of your plan, then pauses to provide a report and verification output for your review before moving to the next set.

Can I use this for finishing a feature branch?

Yes, once all plan tasks are complete, the skill triggers a specific sub-skill to verify tests, present options, and finalize the development branch work.

Structured Plan Execution

Name: Structured Plan Execution
Author: kgadek

bykgadek

Productivity & Workflow

Executes complex implementation plans in controlled batches with built-in checkpoints for review and verification.

About

Structured Plan Execution is a high-discipline Claude Code skill designed to manage multi-step technical implementations with architectural integrity. It formalizes the workflow of loading a pre-written plan, critically reviewing it for gaps, and executing tasks in manageable batches of three. By enforcing mandatory checkpoints and reporting verification results between batches, this skill ensures that large-scale changes remain aligned with the developer's intent while providing systematic opportunities for feedback and course correction.

Key Features

Granular task status tracking (in-progress to completed)
Seamless integration with development branch finalization workflows
Pre-execution critical plan analysis and blocker detection
Batch task execution with automated checkpoints
Systematic verification reporting for human review
0 GitHub stars

Use Cases

Managing large-scale refactoring tasks that require incremental validation
Executing multi-step feature implementations from System Design Documents (SDD)
Standardizing the implementation process across collaborative development teams

About

Key Features

Granular task status tracking (in-progress to completed)
Seamless integration with development branch finalization workflows
Pre-execution critical plan analysis and blocker detection
Batch task execution with automated checkpoints
Systematic verification reporting for human review
0 GitHub stars

Use Cases

Managing large-scale refactoring tasks that require incremental validation
Executing multi-step feature implementations from System Design Documents (SDD)
Standardizing the implementation process across collaborative development teams