Lead Mechanical Engineer Analyst 1 - Nuclear Power Uprates

Description

Our electric power generation clients are seeking to increase the power output of their existing power plants to meet the electric demands. This is expanding work in the Mechanical Analysis Engineering group. You will work on major systems, equipment and plant process in the following areas :

Develop and lead licensing basis system and component evaluations for nuclear power uprate projects.

This position will offer you the ability to directly apply your knowledge of thermodynamics, heat transfer, fluid mechanics, and experience in power plant engineering.

Perform consulting level work for power uprates in the nuclear industry.

Prepare and review calculations related to heat balances, power train pumps, heat exchangers, condenser / heat sink, and plant hazards to support client recommendations and reviews.

Prepare task reports and equipment evaluations that present technical information in a clear and concise manner to meet client requirements.

Perform equipment sizing, optimization evaluation, and selection in response to client needs to support the proposed power uprate.

Interface with clients and project teams to present technical discussions and project status.

Develop engineering proposals and cost estimates.

Lead and mentor junior engineering staff on power plant engineering technical tasks.

Perform independent reviews of work performed by others including calculations and drawing preparation.

Attend client meetings and site walkdowns to validate scope and ensure client satisfaction.

This role offers a hybrid work arrangement. You'll spend three days a week in the office, giving you the flexibility to work remotely for two days.

Qualifications

We do not sponsor employees for work authorization in the U.S. for this position.

Essential skills and experience :

This position requires a BSME from an ABET Engineering Accreditation Commission-approved program with a strong academic background and interest in thermodynamics, heat transfer, and fluid mechanics.

10+ years of experience in the nuclear power industry.

Experience with nuclear power uprates and / or turbine retrofit projects.

Experience and practical knowledge in one or more of the following areas :

Balance of plant system and component evaluations

Pinch point assessments and / or task reports

Heat balance

Power train pumps, heat exchangers, condenser / heat sink

Circulating Water and Ultimate Heat Sinks

All assignments require the preparation of calculations and / or reports, and excellent technical report writing skills are essential.

Knowledge of the practical application of mechanical engineering and technology including applying systems, principles, techniques, procedures, and equipment to a project design.

Strong interest in numerical computations and problem solving.

Working knowledge of codes, standards, and regulations that apply to mechanical engineering design of nuclear power plants.

Proficiency with MS Office applications.

Excellent written and verbal communication skills.

Valued but not required skills and experience :

MSME from an ABET accredited program with a strong academic background

PE License

Award-Winning Benefits

At Sargent & Lundy, we care about the health and well-being of our employees. Our commitment extends beyond the workplace, offering comprehensive healthcare plans and generous paid time off to support our team members in every aspect of their lives. We understand the importance of work-life balance, which is why we are proud to provide competitive, award-winning benefits. Our dedication to employee satisfaction has earned us the prestigious Top Workplaces Culture Excellence Award for compensation and benefits in 2022, 2023, and 2024.

Health & Wellness Financial Benefits Work-Life Balance

Health Plans : Medical, Dental, Vision

Life & Accident Insurance

Disability Coverage

Employee Assistance Program (EAP)

Back-Up Daycare

FSA & HSA

401(k)

Pre-Tax Commuter Account

Merit Scholarship Program

Employee Discount Program

Corporate Charitable Giving Program

Tuition Assistance

First Professional Licensure Bonus

Employee Referral Bonus

Paid Annual Personal / Sick Time (PST)

Paid Vacation

Paid Holidays

Paid Parental Leave

Paid Bereavement Leave

Flexible Work Arrangements

Compensation Range

$116,620.00 - $179,890.00

Transparency Statement

Sargent & Lundy discloses compensation ranges that comply with all local and state regulations. The total compensation package for eligible positions will include a base salary or an hourly rate and a comprehensive benefits package, reflecting our commitment to rewarding performance and supporting the overall well-being of our employees. Individuals may also be eligible to participate in our yearly discretionary bonus.

About This Business Unit

Join Sargent & Lundy's Nuclear Power Group and be part of a team driving the future of clean, carbon-free energy. Since 1954, we've been a trusted leader in nuclear engineering, design, and licensing, with expertise spanning small modular reactors (SMRs), advanced reactor technology (ART), and first-of-a-kind commercial reactor restart projects. Our work supports life extensions and digital modernization of existing nuclear plants, coal-to-nuclear conversion initiatives with the Department of State, and international nuclear new-build projects. With a commitment to safety, innovation, and sustainability, we provide cutting-edge solutions that power communities worldwide while reducing emissions. Shape the future of global energy with us!

Awards & Recognition

Equal Opportunity

Sargent & Lundy is an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, national origin, disability status, protected veteran status, or any protected status as defined by applicable law.

CityRichland

StateWA

CountryUnited States

Area of InterestMechanical Engineering

TypeFull Time - Regular

Job ID2025-18662

Business GroupNuclear Power Group

DepartmentNuclear Plant Analysis