

Dale Tutt
Vice President of Industry Strategy at Siemens, providing industry insights on space sector innovation, startups, and the evolving needs of aerospace and defense systems engineering.
Top 3 podcasts with Dale Tutt
Ranked by the Snipd community

Sep 12, 2025 • 19min
Optimizing Systems Engineering Begins with Digital Transformation – The Future of Systems Engineering Ep. 4
Todd Tuthill, VP of Aerospace at Siemens, and Dale Tutt, VP of Industry Strategy, delve into the challenges and triumphs of systems engineering. They discuss why many companies hesitate to embrace new technologies and the pitfalls of not optimizing engineering strategies. The conversation highlights the importance of a comprehensive digital twin for seamless integration across product lifecycles. Both guests advocate for empowering all engineers to adopt holistic systems thinking, ensuring better outcomes and minimizing risks throughout the development process.

Aug 29, 2025 • 14min
Upgrading Aerospace System Architectures with AI and SysML v2 – The Future of Systems Engineering Ep. 3
Todd Tuthill, Vice President at Siemens with expertise in AI and systems engineering, joins Dale Tutt, also from Siemens and a specialist in engineering standards. They explore how evolving systems engineering is crucial for safety in aerospace. The discussion highlights AI's role in automating tasks and enhancing workflows. Dale emphasizes SysML v2's advantages, including improved interoperability and collaboration. They clarify how SysML v2 acts as a data-sharing framework, revolutionizing architecture development.

Aug 15, 2025 • 20min
The Rise of Software-Defined Aerospace – The Future of Systems Engineering Ep. 2
Dale Tutt, Vice President of Industry Strategy for Siemens, joins Todd Tuthill, Vice President of Aerospace, Defense, and Marine for Siemens. They delve into the evolution of systems engineering for software-defined aerospace, stressing the need for holistic approaches due to increased complexity. Topics include space sustainability, the necessity for design that accommodates failure modes, and how other industries can learn from aerospace's focus on redundancy and safety. They also discuss the challenges of remote updates for critical systems.


