Stress Corrosion Cracking Engineer

• Design and perform experiments on nuclear-grade alloys under BWR/PWR and other corrosive environments
• Operate and maintain test rigs for long-term exposure testing under load and corrosive media
• Analyze post-test specimens using advanced microscopy and characterization tools
• Collaborate closely with test technicians, materials scientists, and project managers to deliver high-quality results to clients
• Contribute to predictive modeling of behavior and help develop mitigation strategies for reactor systems
• Author technical reports and support presentations at key industry conferences
• Innovate testing approaches and contribute to internal method development efforts

• A Ph.D. or Master's degree in Materials Science, Corrosion Engineering, Nuclear Engineering, Mechanical/Chemical Engineering or related field
• Demonstrated expertise in SCC mechanisms, high-temperature corrosion, and / or electrochemical testing in nuclear-relevant environments
• Experience designing, executing, and interpreting corrosion experiments—preferably under applied load in simulated reactor environments
• Excellent communication and technical writing skills, with the ability to engage both clients and colleagues
• A passion for innovation, collaboration, and delivery excellence

Working familiarity with molten salts, lower temperature corrosion, and failure analysis using microstructural characterization techniques would be beneficial

• Comprehensive healthcare coverage: medical, dental, and prescription
• 401(k) retirement plan with company matching and contributions
• Tuition assistance and ongoing training opportunities
• Disability & life insurance
• Generous paid time off
• A collaborative, mission-driven work environment where your contributions matter