Commercial Grade Dedication Engineer
The Ottohahn Group
About this role
The Ottohahn Group is partnered with a leading nuclear OEM supporting the future of nuclear power. We are seeking an experienced Subject Matter Expert (SME) for a long term, fully remote contract opportunity. Join a high performing team and apply your technical expertise to support engineering efforts for new nuclear projects. Position
Summary
The Commercial Grade Dedication (CGD) Engineer implements and manages the dedication process for commercially procured items and services intended for safety related pump motor, and rotating equipment applications. This role ensures all commercial grade items meet technical and quality requirements before being accepted for use in safety related applications.
Key Responsibilities
- Perform Technical Evaluations of mechanical and electrical commercial grade items to identify critical characteristics based on their design and safety functions.
- Created Commercial Grade Dedication Plans that provide specific inspection, testing, and survey methods required to verify critical characteristics.
- Evaluate the results of external testing laboratories performing material verification and destructive/non destructive testing.
- Review and approve final dedication packages, assuring complete traceability and compliance with ASME NQA-1 and customer specifications.
- Work closely with Project Managers, Purchasing, and Quality Assurance to support project schedules, resolve non conformances, and evaluate technical deviations.
Qualifications
- & Skills Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Materials Science, or a related technical discipline.10+ years of engineering experience within the nuclear industry, with a direct focus on Commercial Grade Dedication.
- Deep understanding of 10 CFR 50 Appendix B, 10 CFR Part 21, and ASME NQA-1 quality assurance criteria.
- Proficient in the application of EPRI commercial grade dedication guidelines and familiarity with ASME Section III.
- Understanding of the design, materials, and operation of rotating equipment.