Bringing together top talents in nuclear physics, quantum computing and modular engineering, we break technical boundaries through precise collaboration to deliver solid innovative support for the atomic-level energy computing industry.
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Supply Chain
Gathering authoritative advisors in nuclear energy, high-end computing and industrial strategy, we deliver forward-looking technical guidance and resource empowerment to underpin solid cooperative development.
Nuclear Energy Strategy Consultant at SAI.TECH Global Corporation Director at the World Nuclear Association (WNA) Associate professor at multiple universities Former Senior Engineer in nuclear reactor design at Framatome (now Areva) Former Researcher in biophysics at the French Atomic Energy Commission (CEA) Expert in large-scale project structuring and international cooperation
Severe Accident Expert | 25 years in nuclear industry. Specialized in PWR/BWR/EPR accident analysis. Nuclear Reactor Engineering & Mechanical Engineering Ph.D. Former project lead at AREVA-NP, MHI and JAEA. Project Experience:Designed emergency shutdown and control rod mechanisms for SMRs;Tested and mass-produced drive mechanisms for sodium-cooled reactors;Researched lead-cooled reactor safety and calibrated sensors;Developed and deployed servomotors for nuclear testing facilities;Designed linear stepper motors and environmentalresistant sensors;Developed hydraulic brakes and SLS bimetal rotors via additive manufacturing;Resolved control rod operational issues and upgraded drive systems.
uclear Design Team Lead specializing in reactor control systems, with 10+ years at Rosatom. Expert in electromechanical R&D and full-lifecycle management. MSc in Nuclear Reactors from Bauman Moscow State Technical University. Project Experience:Designed emergency shutdown and control rod mechanisms for SMRs;Tested and mass-produced drive mechanisms for sodium-cooled reactors;Researched lead-cooled reactor safety and calibrated sensors;Developed and deployed servomotors for nuclear testing facilities;Designed linear stepper motors and environmentalresistant sensors;Developed hydraulic brakes and SLS bimetal rotors via additive manufacturing;Resolved control rod operational issues and upgraded drive systems.
• SMR General Design • Core Dynamics& Fuel Cycle • Thermal-Hydraulics • Nuclear Safety Analysis • SA Mitigation and PSA • Radiation Shielding • Mechanical Design • System&Equipment Arrangement • I&C&E • Civil Engineering • Plant Layout • Experimental Validation • Licensing Support • Project Execution Management
• Improved high-temperature cladding strength and fracture resistance • Improved burst margins • Thermal shock resistance • Increased melting temperature • Resistance to hydrogen embrittlement
• Improved cooling efficiency • Enhance protection capability • Lower energy consumption • Add waste heat recovery system
Atomic Modular Fission & Fusion Reactor Operator Accelerate Computing Industry