Hisham Said with the Civil, Environmental and Sustainable Engineering Department has received a $32,679 award from ELECTRI International.
The purpose of this study is to develop a roadmap for electrical contractors to prepare for the future market of small modular reactor (SMRs). As the United States transitions toward a low-carbon energy future, SMRs are emerging as a critical component of the next-generation power infrastructure. SMRs are advanced nuclear reactors with smaller footprints and enhanced safety features compared to traditional nuclear plants. Their modular construction, factory fabrication, and ability to integrate with microgrids and renewable systems make them particularly attractive for industrial, defense, and remote applications. Federal and state energy agencies, along with major utilities and private-sector partners, are advancing demonstration projects and commercial-scale deployment plans for SMRs within the next 5–10 years. Startup-like companies (like NuScale and X-energy) are leading efforts to license and build SMRs in North America. These projects will require significant electrical infrastructure, including power distribution systems, instrumentation and controls, cybersecurity protection—all of which fall within the expertise of NECA contractors and IBEW labor. Despite these opportunities, the electrical contracting industry has limited exposure to SMRs. Existing codes, safety protocols, and training frameworks may not fully reflect the unique demands of these systems. Without proactive planning and engagement, NECA and IBEW members risk missing out on critical roles in a growing energy market. By equipping electrical contractors with early knowledge and preparation strategies, this project will ensure the unionized electrical industry can play a leading role in building America’s next-generation clean energy infrastructure.