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Peer Reviewer

Peer Reviewer

github.com/jmsktmDocuments10218 installsUpdated 40w ago
Repository

About Peer Reviewer

Peer Reviewer is a skill for conducting peer reviews of academic and technical documents, aimed at research and analysis work. It outlines a research-to-measurement workflow and includes review checklists and guidance on common mistakes.

Key features

  1. 01Guide a peer-review workflow
  2. 02Support research and analysis
  3. 03Provide best-practice guidance
  4. 04Check review tasks with a checklist
  5. 05Highlight common mistakes and responses

Use cases

  1. 01Review an academic document and organize findings
  2. 02Assess analysis in a technical document
  3. 03Improve a review process using feedback

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/jmsktm/claude-settings --skill peer-reviewer

After installing, type/peer-reviewerin Claude Code to confirm it loaded.

Details

From the project README

Peer Reviewer

Conduct thorough peer reviews of academic and technical documents

When to Use This Skill

Use this skill when you need to:

  • Analyze data and extract insights
  • Conduct thorough investigation
  • Synthesize complex information

Not recommended for:

  • Tasks requiring creative content generation
  • business operations

Quick Reference

ActionCommand/Trigger
Create peer reviewerpeer review
Review and optimizereview peer reviewer
Get best practicespeer reviewer best practices

Core Workflows

Workflow 1: Initial Peer Reviewer Creation

Goal: Create a high-quality peer reviewer from scratch

Steps:

  1. Discovery - Understand requirements and objectives
  2. Planning - Develop strategy and approach
  3. Execution - Implement the plan
  4. Review - Evaluate results and iterate
  5. Optimization - Refine based on feedback
Workflow 2: Advanced Peer Reviewer Optimization

Goal: Refine and optimize existing peer reviewer for better results

Steps:

  1. Research - Gather relevant information
  2. Analysis - Evaluate options and approaches
  3. Decision - Choose the best path forward
  4. Implementation - Execute with precision
  5. Measurement - Track success metrics

Best Practices

  1. Start with Clear Objectives Define what success looks like before beginning work.

  2. Follow Industry Standards Leverage proven frameworks and best practices in research.

  3. Iterate Based on Feedback Continuously improve based on results and user input.

  4. Document Your Process Keep track of decisions and outcomes for future reference.

  5. Focus on Quality Prioritize excellence over speed, especially in early iterations.

Checklist

Before considering your work complete:

  • Objectives clearly defined and understood
  • Research and discovery phase completed
  • Strategy or plan documented
  • Implementation matches requirements
  • Quality standards met
  • Stakeholders informed and aligned
  • Results measured against goals
  • Documentation updated
  • Feedback collected
  • Next steps identified

Common Mistakes

MistakeWhy It's BadBetter Approach
Skipping researchLeads to misaligned solutionsInvest time in understanding context
Ignoring best practicesReinventing the wheelStudy successful examples first
No clear metricsCan't measure successDefine KPIs upfront

Integration Points

  • Tools: Integration with common research platforms and tools
  • Workflows: Fits into existing analysis and research workflows
  • Team: Collaborates with research and analytics stakeholders

Success Metrics

Track these metrics to measure effectiveness:

  • Quality of output
  • Time to completion
  • Stakeholder satisfaction
  • Impact on business goals
  • Reusability of approach

This skill is part of the ID8Labs Skills Marketplace. Last updated: 2026-01-07

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