We helped build nuclear’s legacy. Now, we’re building its future.
1000+
years of combined engineering leadership
With over four decades of experience, the First American Nuclear team has helped shape the U.S. nuclear industry, from building today’s operating reactors to advancing next-gen designs and fuel cycles. Our experts have played key roles in nearly every major advanced reactor project in the country. That legacy powers everything we do today.
A History of Expertise
| Category | Project | Role | Impact |
|---|---|---|---|
| Advanced Reactors | Fast Flux Test Facility (FFTF) | Design, construction, operation; DOE restart | World’s most advanced liquid-metal fast reactor |
| Experimental Breeder Reactor II (EBR-II) | Restart and operation | Proof-of-concept for today’s advanced fast-spectrum reactors | |
| Experimental Breeder Reactor I (EBR-I) | Engineering contributions | First reactor to generate electricity | |
| Versatile Test Reactor (VTR) | Key engineer in planning | Next-gen fast-spectrum test reactor planning | |
| Advanced Liquid Metal Reactor (ALMR) / Integral Fast Reactor (IFR) | Development contributions | Early integrated fast reactor concepts | |
| Fuel Cycle & International | Global Nuclear Energy Partnership (GNEP) | Advanced Burner Reactor concept design | Pioneered closed fuel cycle system approach |
| Fuels and Materials Examination Facility | Advanced post irradiation research | Designed to evaluate the fuels and materials of advanced nuclear | |
| Robotic Fuel Handling Systems | Complex, patented fuel handling systems | Designed for several advanced SMR concepts | |
| Commercial Reactors | Comanche Peak Nuclear Power Plant | Lead mechanical construction engineering | Major U.S. commercial reactor; decades of safe operation |
| Arkansas Nuclear One | Construction engineering leadership | Major U.S. commercial reactor; decades of safe operation | |
| Three Mile Island Post-Incident Safety Protocols | Post-incident safety redesigns | Protocols adopted across the U.S. nuclear fleet |