TRIZ Business Innovation Primer 08.28.2026
This primer presents a unified methodology that blends the Theory of Inventive Problem Solving (TRIZ) with Precedent‑Driven Innovation (PDI) for business‑level innovation. It explains how to translate technical contradictions into strategic decisions, using separation‑in‑space, time, relation, system‑level, and direction methods. Concrete examples illustrate physical and engineering contradictions (price‑segmentation, process standardization vs. client responsiveness, speed vs. quality, and a B2B quote‑to‑cash trimming exercise). The document then outlines a six‑phase combined operating protocol – framing (PDI‑led), contradiction diagnosis (TRIZ‑led), parallel search, recombination, secondary‑problem resolution, and priming – with gates, deliverables, and practical facilitation tips. It enumerates common failure modes, measures the impact of large language models on search, abstraction, and framing, and provides a ninety‑day adoption roadmap, metric framework, reading list, glossary, and references. The overall narrative demonstrates how systematic analysis, function modeling, CECA, MPV cross‑checking, and inventive principles can be orchestrated with precedent search to generate market‑ready concepts while avoiding typical pitfalls.
Topics
Contradiction Resolution Strategies with TRIZ Separation Methods
Explains how the five TRIZ separation techniques—space, time, relation, system‑level, and direction—translate technical contradictions into strategic business decisions. Illustrates each method with concrete examples such as price‑segmentation (separation in relation), skimming curves (separation in time), process standardization vs. client responsiveness (multi‑level separation), and speed vs. quality of decision‑making (engineering contradiction toolkit).