Remote Senior Structural Analysis Engineer (Nuclear, ANSYS)

ACTalent; Wilmington (NC); Remote; USD 96,000 - 107,000; Full time

Job summary

Actalent is seeking a Senior Mechanical Engineer specializing in structural and thermal analyses for nuclear-related components. This fully remote role supports a cross‑functional engineering team, with occasional Wilmington, NC travel for in-person reviews.

You will lead ANSYS analyses, develop robust calculation packages, and document results for regulatory and design objectives, driving reliability and safety across reactor-related structures.

Qualifications

• 10+ years of structural analysis experience.
• 8+ years of finite element analysis (FEA) experience using ANSYS.
• Proven experience with mechanical and thermal loadings.
• Bachelor's degree in Mechanical Engineering.

Responsibilities

• Lead structural and dynamic analyses for reactor components and supports to satisfy BPVC Section III.
• Evaluate stresses and fatigue under mechanical and thermal loading in static and transient conditions.
• Perform detailed stress analysis using ANSYS for mechanical, structural, and thermal behavior.
• Prepare clear technical reports and documentation for regulatory submissions and design requirements.
• Collaborate with design, system, and project engineers to ensure timely delivery within budget.
• Contribute to development and refinement of analysis methodologies and best practices.

Skills

FEA

ANSYS

ASME BPVC III

Stress analysis

Thermal analysis

Education

Bachelor's in Mechanical Engineering

Tools

ANSYS Workbench

APDL

Job description

Actalent is seeking a Senior Mechanical Engineer specializing in structural and thermal analyses for nuclear-related components. This fully remote role supports a cross‑functional engineering team, with occasional Wilmington, NC travel for in-person reviews.

You will lead ANSYS analyses, develop robust calculation packages, and document results for regulatory and design objectives, driving reliability and safety across reactor-related structures.