Hybrid Mechanical Engineer — Nuclear Reactor Internals

Westinghouse Electric Company LLC; Cranberry Township (Butler County); Hybrid; USD 58,000 - 73,000; Full time

Benefits offered by this job

Comprehensive Health, Wellness and 1,2

401(k) Savings Plan with Company Match

Paid Vacations and Holidays

Opportunities for Flexible Work Arrang

Job summary

Westinghouse Electric Company LLC in Cranberry Township, PA, is seeking an Engineer I in the Materials & Aging Management team. The role is hybrid, requiring 2 days per week on-site at the Cranberry Woods facility; relocation is not provided.

You will develop inspection acceptance criteria for nuclear power plant components, apply ASME Code with finite element analysis, qualify replacement reactor internals, evaluate degradation, and support projects that develop guidance for safe long-term

Qualifications

• Bachelor's degree in mechanical engineering or related discipline.
• Minimum 3.0 GPA.
• 0-2 years of applicable experience.
• Strong analytical, communication, organizational, and time management skills.
• Experience with materials science is beneficial, but not required.

Responsibilities

• Develop inspection acceptance criteria for nuclear power plant components.
• Perform calculations and apply the ASME Code to design/analysis using FEA and other tools.
• Qualify replacement reactor internals components for plant operation.
• Evaluate degradation observed in plant components to permit continued operation.
• Support projects developing industry guidance for safe long-term operation.

Skills

Analytical skills

Communication skills

Organizational skills

Time management

Education

Bachelor's degree in mechanical engineering

Job description

Westinghouse Electric Company LLC in Cranberry Township, PA, is seeking an Engineer I in the Materials & Aging Management team. The role is hybrid, requiring 2 days per week on-site at the Cranberry Woods facility; relocation is not provided.

You will develop inspection acceptance criteria for nuclear power plant components, apply ASME Code with finite element analysis, qualify replacement reactor internals, evaluate degradation, and support projects that develop guidance for safe long-term