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user-research-analysis

user-research-analysis

github.com/aj-geddesDesign & UI373614 installsUpdated 34w ago
Repository

About user-research-analysis

A user research analysis skill for product and design teams. It helps synthesize raw data such as interviews and surveys into insights for validating assumptions and informing design decisions.

Key features

  1. 01Synthesize interviews and surveys
  2. 02Identify themes and patterns
  3. 03Organize findings with affinity mapping
  4. 04Document insights and evidence
  5. 05Validate research findings

Use cases

  1. 01Synthesize user interview material
  2. 02Find common patterns in user needs
  3. 03Validate design assumptions
  4. 04Communicate insights to stakeholders

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/aj-geddes/useful-ai-prompts --skill user-research-analysis

After installing, type/user-research-analysisin Claude Code to confirm it loaded.

Bundled files

References and scripts installed along with SKILL.md.

references/
affinity-mapping.md
insight-documentation.md
research-synthesis-methods.md
research-validation-matrix.md
scripts/
validate-api.sh
templates/
api-scaffold.yaml

Details

From the project README

User Research Analysis

Table of Contents

Overview

Effective research analysis transforms raw data into actionable insights that guide product development and design.

When to Use

  • Synthesis of user interviews and surveys
  • Identifying patterns and themes
  • Validating design assumptions
  • Prioritizing user needs
  • Communicating insights to stakeholders
  • Informing design decisions

Quick Start

Minimal working example:

# Analyze qualitative and quantitative data

class ResearchAnalysis:
    def synthesize_interviews(self, interviews):
        """Extract themes and insights from interviews"""
        return {
            'interviews_analyzed': len(interviews),
            'methodology': 'Thematic coding and affinity mapping',
            'themes': self.identify_themes(interviews),
            'quotes': self.extract_key_quotes(interviews),
            'pain_points': self.identify_pain_points(interviews),
            'opportunities': self.identify_opportunities(interviews)
        }

    def identify_themes(self, interviews):
        """Find recurring patterns across interviews"""
        themes = {}
        theme_frequency = {}

        for interview in interviews:
            for statement in interview['statements']:
                theme = self.categorize_statement(statement)
                theme_frequency[theme] = theme_frequency.get(theme, 0) + 1

        # Sort by frequency
// ... (see reference guides for full implementation)

Reference Guides

Detailed implementations in the references/ directory:

GuideContents
Research Synthesis MethodsResearch Synthesis Methods
Affinity MappingAffinity Mapping
Insight DocumentationInsight Documentation
Research Validation MatrixResearch Validation Matrix

Best Practices

✅ DO
  • Use multiple research methods
  • Triangulate findings across sources
  • Document quotes and evidence
  • Look for patterns and frequency
  • Separate findings from interpretation
  • Validate findings with users
  • Share insights across team
  • Connect to design decisions
  • Document methodology
  • Iterate research approach based on learnings
❌ DON'T
  • Over-interpret small samples
  • Ignore conflicting data
  • Base decisions on single data point
  • Skip documentation
  • Cherry-pick quotes that support assumptions
  • Present without supporting evidence
  • Forget to note limitations
  • Analyze without involving participants
  • Create insights without actionable recommendations
  • Let research sit unused

Comments

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