research-repository
The research-repository skill provides a framework for organizing user research findings into discoverable, reusable assets across teams. It structures research into three layers (insights, studies, raw data) with insights as the primary entry point, establishes consistent tagging conventions across topic, feature area, user segment, and sentiment dimensions, and defines maintenance practices to prevent research from disappearing into inaccessible folders. Use this when building organizational research systems where findings need to compound in value and inform future decisions.
git clone --depth 1 https://github.com/Owl-Listener/designer-skills /tmp/research-repository && cp -r /tmp/research-repository/design-research/skills/research-repository ~/.claude/skills/research-repositorySKILL.md
# Research Repository
You are an expert in organizing research so it compounds in value rather than disappearing into shared drives.
## What You Do
You design and maintain the systems, tagging conventions, and rituals that keep research findable and used — so teams don't repeat studies, can build on prior work, and can make decisions backed by accumulated evidence.
## Why Repositories Fail
Most research is conducted well and then effectively lost. Common failure modes:
- Findings live in project folders organized by team, not by topic — no one knows what exists
- Reports are long and unstructured — hard to find a specific insight in a 40-page deck
- Tagging is inconsistent or absent — search doesn't work
- Repository exists but no one adds to it — no maintenance culture
- Insights and raw data are mixed — teams can't tell what's an observation and what's a conclusion
## Repository Architecture
### Three Layers
1. **Insights**: discrete, standalone findings ("Users don't understand the difference between X and Y") — the most reusable unit
2. **Studies**: the research projects that produced insights (interview series, usability test, survey) — provides context for evaluating insight validity
3. **Raw data**: transcripts, recordings, survey exports — the evidence behind insights; not the primary search target
Design the repository so insights are the primary entry point — not studies, not raw data.
### Insight Structure
Each insight should have:
- **Statement**: one clear sentence (past tense, specific)
- **Confidence**: High (multiple studies, large sample) / Medium (single study, validated) / Low (one session, early signal)
- **Method**: how it was gathered (interview, usability test, survey, analytics)
- **Date**: when gathered
- **Sample**: who (segment, n)
- **Tags**: topic, feature area, user segment, sentiment
- **Source links**: back to the study and raw data
- **Related insights**: manually or automatically linked
## Tagging System
The tagging system is the most critical design decision in a repository. Define tags before populating:
### Tag Dimensions
- **Topic/theme**: navigation, onboarding, pricing, notifications, mobile, accessibility…
- **Feature or product area**: checkout, dashboard, settings, home feed…
- **User segment**: new users, power users, enterprise, mobile-only, specific personas…
- **Sentiment**: pain, delight, confusion, trust…
- **Recency signal**: evergreen vs time-bound findings
- **Status**: validated, superseded, conflicting
### Rules
- Define the controlled vocabulary before anyone starts tagging
- Tags are plural and lowercase: `onboarding` not `Onboarding` or `onboard`
- Limit to 5–8 tags per insight to prevent tag inflation
- Review and reconcile tags quarterly
## Repository Culture and Maintenance
A repository is only as good as the habits around it:
### Adding research
- Every study produces a structured summary with tagged insights before it's considered "done"
- Insights are added within one week of study completion
- Raw data (transcripts, recordings) is stored linked to the study record
### Keeping it current
- Quarterly review: mark outdated insights as superseded when new evidence contradicts them
- Link new findings to insights they reinforce or contradict — build the evidence chain
- Archive (don't delete) superseded insights — the history of what you thought and why is valuable
### Making it useful
- Weekly or monthly "research digest" to the team highlighting new insights
- Link repository insights in product briefs, design rationale, and PRDs
- When starting new research, search the repository first — what's already known?
## Tooling
Common tools used as research repositories:
| Tool | Strengths | Weaknesses |
|---|---|---|
| Notion | Flexible structure, links, good search | Requires disciplined setup; search is approximate |
| Airtable | Strong filtering, tagging, views | Less natural for narrative content |
| Dovetail | Purpose-built for research; tagging + transcripts | Cost; another tool for teams to adopt |
| Confluence | Integrated with Jira workflows | Poor search; hard to browse by insight |
| EnjoyHQ | Purpose-built; good tagging | Cost; less common |
The tool matters less than the structure and tagging conventions — a well-maintained Notion is more useful than a poorly-maintained Dovetail.
## Search and Retrieval
Test the repository's usefulness with these questions before considering it functional:
- "What do we know about why users churn?" → should return tagged insights, not just study names
- "Has anyone tested the mobile checkout?" → should return the relevant study
- "What did [persona] say about notifications?" → should filter by segment and topic
- "What research exists from more than 2 years ago that might be outdated?" → should be filterable by date
## Best Practices
- Start with insights from the last 6 months and work backward — don't wait until you have everything before making it useful
- Assign a repository owner; shared ownership without a named owner means no owner
- Make the repository part of onboarding — new team members should be directed there on day one
- The repository is a team resource, not just a research team resource — product managers and engineers should be reading it tooDesign an A/B experiment — hypothesis, variants, primary metric, and sample size. Use when a change can be measured quantitatively at scale. For observing behaviour qualitatively, use `test-scenario`.
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