Mohammed A.
Scientist/Engineer IV
Experience
Scientist/Engineer IV
Electrical Power Research Institute
- Lead fuel-performance modeling and reliability investigations supporting utilities across the U.S., Europe, Asia, and the Middle East
- Conduct thermo-mechanical analyses using advanced simulation tools (FALCON, BISON, MOOSE) to predict fuel behavior under transients and extended burnup
- Develop AI-assisted diagnostic frameworks integrating radiochemistry and operational data for early detection of fuel degradation
- Collaborate with utilities, vendors, and regulatory experts to translate modeling outcomes into operational guidance and design improvements
- Bridge traditional fuel performance analysis with next-generation material development and qualification to enhance EPRI’s global R&D portfolio
Research Graduate Assistant
Texas A&M University
- Modeled irradiation-driven microstructural evolution and mechanical degradation in TRISO and UO₂
- Integrated MOOSE/BISON multiscale models for predicting fuel thermal and mechanical performance
- Contributed to DOE-sponsored collaborative research with INL and LANL
Senior Researcher
KEPCO International Nuclear Graduate School
- Contributed to the operation and safety procedures for APR-1400 reactors (Saeul 3 & 4)
- Conducted design and verification activities for the APR-1400
- Contributed to commissioning and operational readiness of new-build APR-1400 units
Research Reactor Operation Engineer
The Egypt Test and Research Reactor (ETRR-2)
- Commissioned and operated the Radioisotope Production Facility (RPF) of ETRR-2
- Supervised isotope production and ensured QA compliance in irradiation and post-processing steps
- Performed mechanical integrity and system-performance evaluations supporting safe reactor operations
Summary
Innovative nuclear materials engineer with 13+ years of international experience advancing fuel reliability, materials performance, and qualification of next-generation nuclear fuels. Holds a Ph.D. in Computational Materials Science and an M.S. in Nuclear Engineering, Texas A&M, with deep expertise in thermo-mechanical modeling, irradiation behavior analysis, microstructure evolutions, and AI-augmented simulations for both metallic and ceramic fuel systems. Currently leading advanced fuel R&D within EPRI’s Fuel Reliability Program, where I support utilities and fuel vendors across the U.S., Europe, Asia, and the Middle East through predictive modeling, operational experience analysis, and qualification studies. Earlier experience includes hands-on reactor work and procedure development for the APR-1400 systems, KEPCO, South Korea, integrating design, safety, and operation requirements. Recognized for bridging experimental insights with physics-based modeling to accelerate fuel innovation, product qualification, and operational reliability.
Languages
Education
Texas A&M University
Ph.D. · Materials Science and Engineering · United States · 3.8
Texas A&M University
M.S. · Nuclear Engineering · United States · 3.9
Kepco International Nuclear Graduate School
M.S. · Nuclear Power Plant Engineering · Ulsan, Korea, Republic of · 3.77
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