Nuclear

Designing structures for nuclear facilities requires one of the highest levels of engineering precision, safety, and quality control in the construction industry. These specialized buildings are engineered to withstand extreme environmental events, including earthquakes, high winds, floods, and impact loads, while maintaining the integrity of critical systems that protect personnel, the public, and the environment. Every component is designed, analyzed, documented, and constructed under rigorous regulatory standards, with strict quality assurance, redundancy, and long-term durability at the forefront. Successfully engineering nuclear facilities demonstrates exceptional expertise in structural analysis, materials, constructability, and risk management, resulting in resilient, highly reliable structures built to perform safely for decades.


The project below is a pilot nuclear facility built to produce medical and industrial radioisotopes. Both building design and construction was completed in 229 days on an accelerated schedule, final startup authorization from the U.S. Department of Energy (DOE) was received in July of 2026.  Building is concrete tilt-up wall panels with a steel framed roof, and the required fire suppression water tower located on the site was made to look like a half scale Saturn V rocket.