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About us

The Ottohahn Group is a specialized engineering and executive recruiting firm dedicated to niche markets, with a strong focus on the nuclear power industry. Unlike a contract agency, 95% of our work is direct hire, connecting engineers directly to our clients’ in-house teams as full-time employees with long-term career growth.

What makes us different? One of our Founders is an engineer who has sat in the same seat as many of the professionals we now place. We understand the technical demands, the career challenges, and the opportunities because we’ve lived them. That’s why nearly every major player across the U.S. nuclear fleet trusts The Ottohahn Group as their go-to partner for hard-to-find, high-impact talent.

We are seeking a Pipe Stress Analysis Engineer – Nuclear Power (Direct Hire, Remote)

About the Role

We are partnered with a top nuclear industry leader to hire a Pipe Stress Analysis Engineer with direct nuclear power experience. This is a direct hire, in-house position offering full benefits, paid time off, and remote flexibility. You’ll be joining a highly respected team that works on mission-critical nuclear power projects, contributing to the safe and reliable operation of energy infrastructure across the country.

In this role, you will gain exposure to work across the nuclear fleet in the U.S., supporting multiple utilities and a wide variety of PWR and BWR reactor types. This provides engineers with unique skillsets and technical depth that are highly valued across the nuclear industry.

If you’re feeling stagnant in your current role and not developing the skills you want, this opportunity will allow you to strengthen your technical expertise, broadening your industry experience, and continue to grow while working on some of the most important energy projects in the country.

Engineers in this role will also have the rare opportunity to work on both groundbreaking new builds and the historic efforts to restart nuclear plants once thought to be permanently closed. This is a true game-changing engineering opportunity one where you’ll one day look back at your career and say: “Wow, we did some amazing work.”

This position requires engineers who can operate with a high level of technical detail, precision, and autonomy while collaborating with multidisciplinary teams and regulatory bodies. It’s an opportunity to take ownership of meaningful work in a field where accuracy and safety are paramount.

Major Duties / Responsibilities

Apply engineering principles, techniques and practices in the preparation and/or review of engineering work products for existing power plants as well as new plants

Use of the Standard Design Process (SDP) to develop modification packages, P&ID’s, isometric drawings, create pipe stress analysis models, prepare piping & engineering specifications in accordance with code requirements

Perform review of complex calculations, design deliverables, and lead small to medium projects or serve as technical lead on complex projects.

Qualifications / Requirements

Bachelor’s degree in Mechanical or Civil/Structural Engineering from an ABET-accredited program

5+ years of relevant mechanical design & pipe stress analysis experience

Knowledge of mechanical & nuclear codes, standards, and regulations that apply to the design of nuclear power plants (ME101, ASME, B31.1)

Strong technical writing and documentation skills.

Hands-on experience with Pipe Stress Analysis software and/or analysis techniques (AutoPIPE & SuperPipe)

Proven ability to deliver work with a high degree of accuracy, detail, and independence

Candidates must be legally authorized to work permanently in the U.S. without the need for work sponsorship now or in the future

About the Benefits

Direct hire, in-house position with a top nuclear energy company

Full compensation & benefits including health, dental, vision, retirement plans, and paid time off

Flexible remote options, with occasional site visits as needed (less than 5%).

Exposure to diverse projects across the U.S. nuclear fleet — gain experience supporting multiple utilities and working with both PWR and BWR reactor types

Opportunities for long-term career growth in both technical specialization and leadership