Nuclear Energy Optimization Engineer

Le poste

The Nuclear Energy Optimization Engineer will be responsible for:

• Optimizing energy production, efficiency, and sustainability within nuclear power plants and research facilities.
• Analyzing reactor energy output, improving plant efficiency, and ensuring compliance with regulatory and environmental standards.
• Working closely with nuclear operators, mechanical and electrical engineers, and regulatory agencies to enhance performance and reliability of nuclear energy systems.
• Analyzing and optimizing the efficiency of nuclear power generation and thermal energy systems.
• Developing strategies to improve energy utilization, reduce waste, and enhance plant performance.
• Working with reactor engineers to optimize heat transfer, coolant flow, and turbine efficiency.
• Monitoring plant performance metrics and conducting energy audits to identify areas for improvement.
• Ensuring compliance with NRC, DOE, and environmental regulations.
• Supporting research and development of new energy technologies, including advanced reactor designs and small modular reactors (SMRs).
• Assisting in nuclear plant upgrades, retrofits, and modifications to enhance energy efficiency.
• Evaluating alternative energy integration with nuclear power, such as district heating, hydrogen production, and grid resilience.
• Conducting risk assessments and cost-benefit analyses for energy efficiency projects.
• Collaborating with multidisciplinary teams to improve plant operations.
• Developing technical documentation and reports, energy models, and presentations for regulatory bodies and stakeholders.

Profil recherché

• Education: Master’s degree in Energy Engineering, Nuclear Engineering, Mechanical Engineering, or related field.
• Experience: 3-7 years in energy optimization, power generation, or nuclear engineering. Entry‑level positions may require internships or co‑op experience.
• Certifications (Preferred): PE license, Certified Energy Manager, or equivalent industry certifications.
• Knowledge: Understanding of thermodynamics, heat transfer, and energy conversion in nuclear systems.
• Proficiency: Energy modeling software such as RETScreen, MATLAB, Aspen Plus.
• Understanding: Turbine systems, steam cycles, and power grid integration.
• Familiarity: NRC, DOE, and EPA regulations regarding energy production and environmental impact.
• Ability: Ability to conduct energy audits, life‑cycle assessments, and performance evaluations.
• Strengths: Strong analytical and problem‑solving abilities.
• Skills: Effective communication and teamwork skills for collaboration with engineers and regulatory agencies.
• Attention to detail: High attention to detail and commitment to safety and efficiency.
• Ability to manage multiple projects: Ability to manage multiple projects and meet deadlines in a high‑stakes environment.