How does the skill handle task batching?

The skill executes tasks in small batches (defaulting to three at a time), stopping after each batch to report progress and wait for human feedback before proceeding.

Can the execution process be interrupted?

Yes, users can provide feedback between batches to adjust the plan, apply changes, or pivot the approach based on the reported progress.

Does this skill integrate with other Claude Code tools?

Yes, it is designed to hand off to specialized finishing skills, such as finishing-a-development-branch, once all plan tasks are verified.

What happens if the AI encounters a blocker?

The skill instructs the AI to stop immediately, report the specific issue (such as a failed test or missing dependency), and ask for clarification rather than guessing.

Why is the initial plan review necessary?

Initial review ensures the plan is feasible and clear, allowing the AI to identify potential architectural issues before any code changes are actually made.

Structured Plan Execution

Name: Structured Plan Execution
Author: martin-janci

bymartin-janci

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Productivity & Workflow

Executes complex implementation plans using controlled batches with critical review checkpoints and automated progress reporting.

About

The Structured Plan Execution skill provides a systematic framework for Claude to handle multi-step development tasks by breaking them into manageable batches. It ensures architectural integrity through a critical plan review before work begins and maintains human oversight via regular reporting intervals between batches. By enforcing strict verification steps and stopping immediately when blockers are encountered, this skill minimizes implementation errors and ensures that the final code aligns perfectly with the intended design.

Key Features

Safe-stop protocol for blockers and clarification requests
Critical pre-execution plan review to identify gaps or risks
Controlled batch execution to maintain focus and quality
1 GitHub stars
Automated task status tracking and progress updates
Integrated verification steps for every implemented task

Use Cases

Implementing large features from a detailed technical specification
Managing multi-file migrations with strict verification requirements
Executing complex code refactoring plans that require periodic review

About

Key Features

Safe-stop protocol for blockers and clarification requests
Critical pre-execution plan review to identify gaps or risks
Controlled batch execution to maintain focus and quality
1 GitHub stars
Automated task status tracking and progress updates
Integrated verification steps for every implemented task

Use Cases

Implementing large features from a detailed technical specification
Managing multi-file migrations with strict verification requirements
Executing complex code refactoring plans that require periodic review