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Building confidence in safe and compliant SMRs

Gain expert insights on how an independent Owner’s Engineer can support the successful, safe, and compliant delivery of Small Modular Reactor (SMR) projects.

White paper

10 Nov 2025

As the global nuclear industry shifts towards smaller, more flexible energy solutions, SMR projects are emerging as a cornerstone of the future of nuclear energy and clean energy solutions. While their modular design enables faster construction, lower upfront capital costs, and adaptable deployment, it also introduces new technical, regulatory, and quality-assurance challenges. 

To ensure project success, owners need an experienced, independent Owner's Engineer (OE) who can bridge the gap between concept and execution. An OE provides support throughout every phase, from nuclear licensing, development of integrated management system to quality assurance, supply chain validation and commissioning oversight.

This TÜV SÜD white paper explores the critical role of the Owner's Engineer in enabling the nuclear industry to transform innovative SMR technology concepts into safe, reliable, and fully compliant projects.

 

What you'll learn from this white paper 

Gain a comprehensive understanding of how independent expertise can speed up the realisation of SMR projects: 

  • Understand the Owner's Engineer's scope of work in managing complexity across design, procurement, construction, and commissioning. 
  • Explore TÜV SÜD's case study as Owner's Engineer for the Doicești SMR project in Romania, in partnership with RoPower Nuclear — supporting engineering validation, design acceptance, and regulatory compliance.
  • Learn how ISO 19443 and internationally harmonised nuclear quality standards enhance the resilience of global supply chains.
  • Discover useful strategies to mitigate regulatory and licensing challenges, ensuring compliance with national and international frameworks. 
  • Obtain practical insights into the benefits of integrating an Owner’s Engineer at the outset, with a goal of minimising risk, optimising costs, and accelerating delivery. 

 

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About the author

Dr. Lars-Thilo Voss

Dr. Lars-Thilo Voß

CEO, TÜV SÜD Energietechnik GmbH

Lars-Thilo is a highly qualified physicist with extensive experience in the fields of nuclear safety, nuclear technology and project management. With over a decade of practical experience in aging management, component behaviour, plant safety and optimisation, he is wellknown as a project manager who has led diverse projects related to nuclear safety in Germany and abroad, and as a specialist for external hazards involved in the German (RSK) stress tests and the European stress test.

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