Dr. Viktor Schütz

Deep tech industrialization
takes 25 years.
It doesn't have to.

Six integrated frameworks for compressing industrialization timelines from decades to years, developed across 18 years in laser physics, engineering, consumer electronics, management, and ecosystem orchestration.

6
Core Frameworks
27
Clarification Cases
3:1
Value Threshold
25 to 5
Years Compressed
Orchestrating Convergence - book cover
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Paperback 44.99 EUR  ·  eBook 24.99 EUR
"The frameworks serve primarily as diagnostic tools. Ways to understand where you are in the industrialization journey, what's missing from your current approach, which partnerships need to deepen and which can remain transactional, when to push forward aggressively and when to acknowledge that sufficient convergence hasn't been achieved."
Orchestrating Convergence, Introduction, p. 14
The Six Frameworks

A diagnostic system for every stage of industrialization

1
Threefold Convergence
Three elements must exist simultaneously. Missing any one makes industrialization impossible, no matter how strong the others are.
Chapter 1
2
Partnership Levels
From ad-hoc transactions to platform partnerships, with joint ventures and vertical integration beyond. Deep tech requires Level 4-5. Building them takes years. Contract terms cannot accelerate trust.
Chapter 2
3
Full Economic Stack
Customers evaluate six cost layers simultaneously. Technologies must create value exceeding the full stack by at least 3:1. Engineers typically optimize only Layer 1.
Chapter 3
4
Ecosystem Readiness Multiplier
Technical performance alone does not determine perceived value. A multiplier determines whether your technology reaches customers at all, and whether you are above or below the critical threshold is often not where you think.
Chapter 4
5
Sequential vs. Parallel Execution
Four conditions must all be met for parallelization to compress timelines. Without them, parallel execution creates coordination chaos that extends timelines beyond sequential development.
Chapter 5
6
Working in Public
Strategic transparency as a coordination tool. Without disclosure of requirements and timelines, partners cannot commit resources or align roadmaps.
Chapter 6
27 Clarification Cases

Real technologies. Real assessments.

Each case examines a real industrialization trajectory through the frameworks, from decade-long ecosystem orchestration to failure despite strong technology and clear market need. Including three speculative future cases.

Chapter 1
ASML EUV Lithography
1999-2019
The science was proven. The market need was existential. The technology still took 20 years. The reason is not what most people assume.
Chapter 3
UK NHS Electronic Health Records
2002-2011
The software worked. The project had full government backing and a budget that kept growing. Nine years and 12.7 billion pounds later, it was abandoned. The book explains exactly why this was predictable from the start.
Chapter 3
Boeing 787 Composite Materials
2004-2011
The engineering case was compelling. The economics looked solid. The project still ran three years late and billions over budget. A framework that existed in 2004 would have predicted it.
Plus 24 further cases including Viktor's PhD solar cells, Tesla Model S, SpaceX Starship, and speculative future trajectories.
What Readers Say

Practitioners on the book

"Those who learn to orchestrate convergence—to align science, markets, and scale with intent and discipline—will not only accelerate innovation. They will shape the environments in which innovation can succeed at all."
Dr. Ingrid Sebald
Board Member Technology, tesa SE  ·  Foreword Author
"A key insight: long timelines are not inevitable, but a result of how we orchestrate industrialization. This book offers a clear framework to accelerate market adoption by aligning technology, economics, partnerships, and ecosystem readiness from the start."
Dr. Roman Kleindienst
Head of ZEISS Microoptics, ZEISS
About the Author
Dr. Viktor Schütz
Dr.-Ing., MBA
Dr. Viktor Schütz
VP, Head of Partnership Management, ZEISS, Jena

The frameworks in this book are not theoretical. They emerged from 18 years of direct experience navigating the gap between laboratory discovery and industrial reality, from laser physics research at Laser Zentrum Hannover, through technology management for consumer electronics at LG Electronics, to business development and later orchestrating multi-partner deep tech programs at ZEISS.

May 2024 - present
VP, Head of Partnership Management
ZEISS, Jena
Aug 2020 - Apr 2024
Senior Business Development Manager
ZEISS, Jena
Sep 2016 - Aug 2020
Technology Manager
LG Electronics, Düsseldorf
Sep 2007 - Aug 2016
Research Fellow
Laser Zentrum Hannover (LZH), Hannover
Get the frameworks. Compress the timeline.

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Get the Book
Paperback 44.99 EUR  ·  eBook 24.99 EUR