Engineering the Future of Nuclear Power in the United States
Mon 06/22/2026 - 22:21
Engineering the Future of Nuclear Power in the United States
After decades on the sidelines, nuclear power is once again becoming a central part of the energy conversation in the United States — and the engineering demands that come with it have never been greater.
From failure analysis to finite element modeling, keeping a nuclear plant safe, compliant, and online requires a level of technical depth that only a handful of firms can truly deliver. Meeting those challenges requires experienced engineering teams capable of mobilizing quickly, solving complex technical issues, and delivering practical solutions in high-stakes environments.
In this episode of SOCOTEC’s Trust & Tech video series, Paul Bruck, Principal at SOCOTEC US and expert in energy and power, discusses the technical realities of supporting nuclear power facilities and the role advanced engineering plays in keeping critical infrastructure operating safely and efficiently.
The Context: A Long Dormancy
For much of the past three decades, new nuclear plant construction in the United States effectively came to a halt. A combination of regulatory complexity, high capital costs, public concern following major incidents, and the rise of cheaper natural gas pushed nuclear to the margins of the energy conversation.
However, sentiment is shifting. Today, energy security, decarbonization goals, and the need for stable baseload electricity are pushing nuclear power back into the spotlight. Existing plants are being evaluated for long-term operation, while new technologies and advanced reactor projects continue to gain momentum.
That optimism reflects a broader industry trend. Operators are increasingly focused on maintaining aging infrastructure, improving operational reliability, and preparing facilities to meet future energy demands.
Engineering Expertise Supporting Safe and Reliable Nuclear Power
Trust & Tech
AI as a Game Changer Driving Nuclear's Return
One of the largest drivers behind renewed interest in nuclear energy is the rapid growth of artificial intelligence infrastructure. AI technologies require enormous computational power, and the hyperscale data centers supporting these systems consume massive amounts of electricity. Unlike intermittent energy sources, data centers require continuous, stable, high-capacity power generation — making nuclear energy an increasingly attractive solution.
As utilities, technology companies, and policymakers look for reliable long-term energy strategies, nuclear power is re-emerging as a critical part of the conversation.
After a long period of dormancy, we're finally getting to the point where I believe new plants will be built and the needs of artificial intelligence are driving that need. And SOCOTEC is well positioned to provide support in this future renaissance, making an exciting time to be part of SOCOTEC and to be a part of the nuclear industry.
This growing demand creates both opportunity and pressure for the nuclear sector. Facilities must continue operating safely and efficiently while adapting to evolving technical, regulatory, and operational requirements.
Specialty Engineering
The Technical Reality of Nuclear Support
Keeping a nuclear power plant running involves highly specialized engineering expertise, rapid response capabilities, and multidisciplinary collaboration.
When issues arise, operators often need immediate technical support to minimize downtime and restore operations safely. These situations can involve complex diagnostics, detailed analysis, and extensive field investigations.
Here's what that looks like in practice:
- On-site instrumentation: Field measurements are taken directly from valves, piping systems and plant components to capture real-world responses under operating conditions.
- Finite element modeling: Detailed finite element analysis is used to model system behavior, identify stress concentrations, and find the most effective engineering solution.
- Root cause analysis: When a failure occurs, SOCOTEC's teams visit the plant, examine the failed component, arrange laboratory testing, and trace the failure back to its source.
- Rapid mobilization: Whether day, night, or weekend, nuclear clients require immediate deployment of expert teams to maintain safe operations or restore plant performance.
Keeping a nuclear power plant running involves highly specialized engineering expertise, rapid response capabilities, and multidisciplinary collaboration.
When issues arise, operators often need immediate technical support to minimize downtime and restore operations safely. These situations can involve complex diagnostics, detailed analysis, and extensive field investigations.
Here's what that looks like in practice:
- On-site instrumentation: Field measurements are taken directly from valves, piping systems and plant components to capture real-world responses under operating conditions.
- Finite element modeling: Detailed finite element analysis is used to model system behavior, identify stress concentrations, and find the most effective engineering solution.
- Root cause analysis: When a failure occurs, SOCOTEC's teams visit the plant, examine the failed component, arrange laboratory testing, and trace the failure back to its source.
- Rapid mobilization: Whether day, night, or weekend, nuclear clients require immediate deployment of expert teams to maintain safe operations or restore plant performance.
Clients in the nuclear field expect us to mobilize teams as quickly as possible, whether that's day or night on the weekend and help them keep the power plant running or to get the power plant back online as soon as possible. We have a track record of being able to support them in that manner, reach a solution in a quality, efficient approach.
Engineering Consulting
How SOCOTEC Supports Nuclear Facilities
SOCOTEC has provided engineering consulting and technical support services to nuclear facilities in the United States and internationally. That depth of experience translates directly into the confidence and speed that operators need, especially when uptime is critical.
Our multidisciplinary teams include structural engineers, mechanical engineers, civil engineers, electrical engineers, materials specialists, and advanced engineering experts who work together to solve complex operational challenges.
Our nuclear services include:
- Flow Accelerated Corrosion (FAC) assessments: Detecting wall thinning in piping, valves, and pressure components across BWR, PWR, and CANDU plants
- Valve program support: From failure analysis and actuator evaluation to performance qualification and ASME code compliance
- Buried piping programs: Risk ranking, NDE planning, fitness-for-service assessments, and corrosion management
- Component operation simulation: Modeling and kinematics to simulate performance under real operating scenarios
- Operability assessments: Rapid evaluation of degraded conditions to support continued plant operation decisions
- Nuclear system and component aging: Life cycle management, failure probability prediction, and structural monitoring
SOCOTEC has provided engineering consulting and technical support services to nuclear facilities in the United States and internationally. That depth of experience translates directly into the confidence and speed that operators need, especially when uptime is critical.
Our multidisciplinary teams include structural engineers, mechanical engineers, civil engineers, electrical engineers, materials specialists, and advanced engineering experts who work together to solve complex operational challenges.
Our nuclear services include:
- Flow Accelerated Corrosion (FAC) assessments: Detecting wall thinning in piping, valves, and pressure components across BWR, PWR, and CANDU plants
- Valve program support: From failure analysis and actuator evaluation to performance qualification and ASME code compliance
- Buried piping programs: Risk ranking, NDE planning, fitness-for-service assessments, and corrosion management
- Component operation simulation: Modeling and kinematics to simulate performance under real operating scenarios
- Operability assessments: Rapid evaluation of degraded conditions to support continued plant operation decisions
- Nuclear system and component aging: Life cycle management, failure probability prediction, and structural monitoring
Looking Ahead: SOCOTEC and the Nuclear Renaissance
The future of nuclear power in the United States is evolving quickly. New plant construction is moving from aspiration to planning, existing fleets are being relicensed and extended, and the engineering challenges that come with all of this are significant.
SOCOTEC is well positioned to be part of this moment. With more than six decades of nuclear experience, a proven record of rapid deployment, and a multidisciplinary team capable of addressing the full spectrum of plant engineering needs, we're ready to support operators through what promises to be one of the most exciting periods in the history of the energy industry.
Trust & Tech is a video series where SOCOTEC experts share insights on how technical innovation and trusted expertise are shaping the future of the built environment.
Facing a Nuclear Engineering Challenge?
You may also like
Get the latest updates about SOCOTEC, subscribe to our newsletter!
Get the latest updates about SOCOTEC, subscribe to our newsletter!