interview-synthesis-synthetic-buyer

Synthesize interview transcripts into insight packages and synthetic buyer personas.

1|1|Updated Apr 2, 2026
One-click install
npx skills add https://github.com/mwolff328-stack/WolffClaude --skill interview-synthesis-synthetic-buyer
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: interview-synthesis-synthetic-buyer
Source: https://github.com/mwolff328-stack/WolffClaude/tree/main/skills/interview-synthesis-synthetic-buyer
Command: npx skills add https://github.com/mwolff328-stack/WolffClaude --skill interview-synthesis-synthetic-buyer

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill solves the bottleneck of qualitative research by automating the synthesis of unstructured interview transcripts into structured, data-backed insight packages.

Core Features & Use Cases

  • Structured Extraction: Automatically tags verbatim quotes by pain, gain, JTBD, and emotional intensity.
  • Cross-Transcript Analysis: Clusters themes across multiple interviews to identify patterns, contradictions, and non-obvious insights.
  • Synthetic Persona Generation: Creates composite buyer personas grounded in real data, including specific buying triggers and pain points.
  • Use Case: After conducting 10 customer discovery interviews, use this skill to generate a comprehensive report that identifies the top 3 pain points and creates a synthetic persona for your primary target segment.

Quick Start

Use the interview-synthesis-synthetic-buyer skill to analyze the attached transcripts and generate a synthetic buyer persona report.

Frequently Asked Questions about interview-synthesis-synthetic-buyer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I synthesize qualitative interview transcripts into actionable personas?

Synthesize qualitative interview transcripts by processing high-fidelity inputs to extract verbatim-backed evidence, clustering themes across interviews, and generating composite synthetic buyer personas. This maps functional, emotional, and social jobs-to-be-done to identify specific pain points and buying triggers.

What is the best way to cluster cross-transcript themes from customer discovery interviews?

Cluster cross-transcript themes by analyzing multiple raw qualitative interviews to identify patterns, contradictions, and non-obvious insights. The synthesis process tags verbatim quotes by pain, gain, and jobs-to-be-done, enabling thematic clustering that highlights the top recurring pain points across your target segment.

Can I generate jobs-to-be-done insights from unstructured discovery interview text?

Generate jobs-to-be-done insights by mapping functional, emotional, and social JTBD from unstructured discovery interview text. The process requires high-fidelity transcript input to automatically tag verbatim quotes by emotional intensity, ensuring the resulting synthetic personas are grounded in real data.

Do I need high-fidelity transcript input for qualitative research synthesis?

High-fidelity transcript input is required for qualitative research synthesis because the process maps functional, emotional, and social jobs-to-be-done directly from verbatim text. Accurate transcripts ensure the generated synthetic buyer personas and thematic clusters are backed by real, verbatim evidence.

How many customer discovery interviews do I need to create a synthetic buyer persona?

Creating a synthetic buyer persona works effectively after conducting around 10 customer discovery interviews. Analyzing this volume of transcripts allows the synthesis process to cluster cross-transcript themes, identify the top 3 pain points, and generate a comprehensive persona for your primary target segment.

What are the limitations of automating qualitative research synthesis?

Automating qualitative research synthesis is limited by its reliance on high-fidelity transcript input; low-quality or summarized transcripts will reduce the accuracy of verbatim-backed evidence. It also applies specifically to product discovery and market research workflows requiring thematic clustering and jobs-to-be-done mapping.