Lead Engineer - Nuclear Deterministic Safety Analysis
WFA Digital Insight
The shift towards remote work has highlighted the need for skilled engineers in the nuclear sector. With demand for digital skills growing rapidly, roles like this Lead Engineer position at GE Vernova are becoming increasingly crucial. As the industry continues to evolve, having the right skills in nuclear engineering and thermal hydraulics can significantly boost one's career. Before applying, candidates should be prepared to showcase their experience in performing safety analyses and their understanding of regulatory requirements. Given the current market context, where energy and tech sectors are intersecting more than ever, being part of a company like GE Vernova can offer unparalleled growth opportunities.
Job Description
About the Role
The Lead Engineer - Nuclear Deterministic Safety Analysis position at GE Vernova is a unique opportunity for experienced engineers to contribute to the company's mission in the nuclear energy sector. This role involves leading a team in performing deterministic safety analyses for the BWRX-300, a small modular reactor designed for efficient and safe nuclear power generation. The successful candidate will work in a fast-paced environment, collaborating with cross-functional teams to ensure the delivery of high-quality analyses and reports.The day-to-day responsibilities of this role include performing thermal-hydraulic and plant transient analyses, preparing technical reports, and collaborating with internal and external stakeholders. The position requires a deep understanding of nuclear engineering principles, including nuclear physics, thermal hydraulics, and mechanical design, as well as experience with BWR core simulation and thermal-hydraulic systems codes.
As a Lead Engineer, the candidate will also have the opportunity to mentor junior engineers and contribute to the development of best practices and standards within the team. This role offers a chance to work with state-of-the-art technologies and methodologies, applying cutting-edge thermal hydraulics methods to satisfy licensing requirements and solve real-world problems.
What You Will Do
- Lead projects including technical evaluations and analyses in the area of Anticipated Operational Occurrences, Anticipated Transients without Scram, Reactor Heat Balance, and Thermal Hydraulic Fuel Channel Analyses.
- Perform plant thermal hydraulic evaluations and analyses in the areas of Containment, HELB, Fire Safe Shutdown, Annulus Pressurization Loads, and RIPD analyses.
- Deliver products at a consistently high and sustainable level in accordance with customer requirements, business procedures, and regulatory agency guidelines.
- Utilize unique opportunities to create and/or improve cutting-edge automation and methods.
- Prepare thorough and accurate technical reports, correspondence, documentation, and calculations.
- Perform technical verification of engineering technical deliverables.
- Prepare, communicate, and present complex technical issues to internal and external customers and recommend solutions.
- Perform in cross-disciplinary settings, engaged with interfacing teams responsible for mechanical design, core design, licensing, systems design, or other affiliated organizations to find optimum customer solutions.
- Ensure work is performed with high quality in accordance with regulatory rules and regulations, customer requirements, and business quality assurance standards.
- Collaborate with the team to develop and implement best practices and standards for safety analyses.
What We Are Looking For
- B.S. Degree in Engineering Discipline (Nuclear, Mechanical, Electrical, Chemical, or similar).
- At least 5 years of relevant nuclear experience.
- Experience with BWR core simulation and thermal-hydraulic systems codes.
- Knowledge of BWR Systems and integrated plant response.
- Knowledge of the fundamental principles of nuclear engineering such as nuclear physics, thermal hydraulics, and mechanical design, as applied to BWR.
- Experience in two-phase thermal hydraulic analysis techniques.
- Experience with standard engineering work planning and design process techniques.
- Knowledge of reactor licensing requirements.
- Experience with BWR/PWR T-H systems codes such as TRACG, RELAP & TRACE.
- Experience in Best Estimate methodology development (e.g., TRACG).
Nice to Have
- Master's degree in engineering.
- Senior Reactor Operator Certification.
- Experience with BWR Containment, HELB, Fire Safe Shutdown, Annulus Pressurization Loads, and RIPD analyses.
- Familiarity with cutting-edge automation and methods in nuclear deterministic safety analysis.
Benefits and Perks
- Flexible and remote work options.
- Opportunity to work with a leading company in the nuclear energy sector.
- Collaborative and dynamic work environment.
- Professional development opportunities.
- Competitive compensation package.
- Health insurance and retirement plans.
- Paid time off and holidays.
- Access to cutting-edge technologies and methodologies.
How to Stand Out
- Ensure your resume and cover letter highlight specific experiences with nuclear deterministic safety analyses and thermal hydraulic evaluations.
- Be prepared to discuss your understanding of regulatory requirements and industry standards during the interview.
- Showcase your ability to work in a team environment and collaborate with cross-functional teams.
- Familiarize yourself with GE Vernova's mission and values to demonstrate your interest in the company's goals.
- Prepare examples of how you have applied problem-solving skills in previous roles to complex technical issues.
- Consider reaching out to current or former employees for insights into the company culture and role expectations.
This is a remote position listed on WFA Digital, the platform for professionals who work from anywhere. Browse more remote jobs across all categories.