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WE MAKE

BIG IDEAS HAPPEN

OUR MISSION

Speed with Safety

At Qorify, our mission is to transform reactor design, analysis, and licensing from a multi-year bottleneck into a predictable, transparent, and accelerated process. By delivering AI-powered reactor simulations grounded in first principles, we enable faster iteration without compromising rigor, trust, or regulatory confidence.

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OUR VISION

Enable Nuclear's Next Era

Qorify is challenging the legacy belief that nuclear must be slow and capital-intensive. Our vision is to modernize how nuclear reactors are designed, built, and operated. By applying advanced AI to deliver high fidelity insight at unprecedented speed, we empower innovators to design, iterate, and deploy advanced reactors faster, safer, and more economically than ever before.

OUR PHILOSOPHY

The “Glass Box” 

We reject black-box AI.

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For AI to be trusted in nuclear safety-critical applications, it must be interpretable, auditable, and grounded in physical law. At Qorify, transparency is not a feature—it is a design requirement.

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 Leadership Team

Our team brings together a rare fusion of nuclear engineering, high-performance compute, and cutting-edge AI technology

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Reuben Sorensen, Ph.D.

CEO | Co-Founder

Dr. Reuben Sorensen leads Qorify with a singular vision: harnessing the power of AI to unlock an agile design paradigm for nuclear energy.

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Clyde Stanfield

CTO & CFO | Co-Founder

At Qorify, Clyde’s focus is clear: pushing the limits of high-performance computing and AI to compress reactor design timelines from months to minutes.

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Micah Bojrab, Ph.D.

CAIO | Co-Founder

Micah architects the intelligence of Qorify, fusing the laws of reactor physics with foundational AI to build the industry’s first verifiable, unified modeling system.

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JOIN OUR TEAM

We are seeking passionate individuals to join a team working at the intersection of nuclear engineering and AI. Explore our open roles and take the next step in shaping the future of energy.

NUCLEAR ENGINEER

Ann Arbor, MI

We are seeking a Junior Nuclear Engineer to produce high-fidelity neutronic and thermal-hydraulic simulation data used to train and validate physics-informed AI models. You will work with established tools such as MCNP, SERPENT, SCALE, TRACE, and RELAP to support rigorous benchmarking and verification efforts.

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