learn-strategy

Guide product managers through Roger Martin's Playing to Win strategy cascade.

5|2|Updated Mar 27, 2026
One-click install
npx skills add https://github.com/tarunccet/pm-skills --skill learn-strategy
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: learn-strategy
Source: https://github.com/tarunccet/pm-skills/tree/main/pm-guided-learning/skills/learn-strategy
Command: npx skills add https://github.com/tarunccet/pm-skills --skill learn-strategy

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This module trains product managers to build, test, and defend coherent product strategies by guiding them through Roger Martin's Playing to Win five-choice cascade using a realistic B2B case study. It closes the gap between theoretical frameworks and hands-on strategic decision making by forcing trade-off articulation, coherence testing, and competitor reverse-engineering.

Core Features & Use Cases

  • Interactive, Socratic coaching: The AI acts as a mentor that asks for choices, pushes back with counter-arguments, and adapts difficulty based on learner responses.
  • End-to-end cascade practice: Walk through Winning Aspiration, Where to Play, How to Win, Capabilities, and Management Systems, then run a live Coherence Test.
  • Competitor reverse-engineering & assessment: Translate observable competitor moves into implied strategic choices and evaluate coherence and moats.
  • Use Case: A Head of Product at a mid-market B2B SaaS practices turning a CEO revenue target into an actionable, coherent three-year strategy and a prioritized capability roadmap.

Quick Start

Begin the module by telling the AI: "Guide me through building a Playing to Win product strategy for a B2B SaaS called MindBridge and coach me on each cascade choice."

Frequently Asked Questions about learn-strategy

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

FAQPage Schema
How do I build a coherent B2B SaaS product strategy using the Playing to Win framework?

To build a coherent B2B SaaS product strategy, you walk through Roger Martin's five-choice cascade: Winning Aspiration, Where to Play, How to Win, Capabilities, and Management Systems. You then run a coherence test to ensure your choices align and reinforce each other.

What is a coherence test in product strategy and when do I need it?

A coherence test in product strategy evaluates whether your Where to Play, How to Win, and Capabilities choices mutually reinforce each other. You need it after drafting your strategy to ensure your decisions do not conflict and actually create a defensible competitive moat.

How do I reverse-engineer a competitor's strategy from their observable market moves?

To reverse-engineer a competitor's strategy, you translate their observable market moves into implied strategic choices across the Playing to Win cascade. This helps you evaluate their underlying strategic coherence and identify the strengths or vulnerabilities of their competitive moats.

Can I use this to practice turning a CEO revenue target into an actionable SaaS roadmap?

Yes, this module is designed for mid-market B2B SaaS scenarios where you must turn a CEO revenue target into an actionable strategy. It guides you through articulating trade-offs and prioritizing a three-year capability roadmap using Socratic coaching.

Does this strategy coaching adapt if I have no prior experience with strategic frameworks?

Yes, the Socratic coaching adapts its difficulty based on your responses. It acts as an interactive mentor that asks for choices, pushes back with counter-arguments, and guides you stepwise through the cascade regardless of your prior experience.

What are the limitations of using the Playing to Win cascade for competitive analysis?

The Playing to Win cascade requires you to explicitly articulate trade-offs and make difficult choices. A limitation is that it forces a rigid stepwise framework, which may not capture rapidly shifting market dynamics without continuous re-evaluation and competitor reverse-engineering.