Design Service Engineer - Tooling Systems (Onsite)

Westinghouse Electric Company; Manning (SC); On-site; USD 58,000 - 73,000; Full time

Benefits offered by this job

Medical benefits

401(k) with company match

Paid vacations

Flexible work arrangements

Educational reimbursement

Job summary

Westinghouse Electric Company in Manning, SC is seeking a Design-Service Engineer to develop custom field welding and machining tooling systems. The role involves creating clean-sheet designs or modifying existing components, collaborating with Field Operations and Fabrication to resolve issues and document solutions.

This anchor on-site position reports to the Engineering Manager, with travel to nuclear plants about 15–20% for initial deployments.

Qualifications

• BS in Mechanical Engineering from an accredited university.
• 1+ year of relevant professional experience.
• Experience in GD&T and 3D modeling using Inventor or similar software.

Responsibilities

• Design and detail drawings for tooling projects.
• Provide technical support to manufacturing, testing and service operations.
• Support tooling qualification and proof-of-concept testing.
• Prepare 3D models and detailed drawings for tooling systems.
• Assist manufacturing with disposition of technical issues during production.
• Support assembly operations with system assembly and bench tests.
• Conduct qualification testing and prepare data for lead engineer.
• Troubleshoot operations and equipment assembly.
• Support field deployment of new and legacy systems.

Skills

GD&T understanding

Mechanical design

Education

B.S. Mechanical Engineering

Tools

Inventor

Job description

Westinghouse Electric Company in Manning, SC is seeking a Design-Service Engineer to develop custom field welding and machining tooling systems. The role involves creating clean-sheet designs or modifying existing components, collaborating with Field Operations and Fabrication to resolve issues and document solutions.

This anchor on-site position reports to the Engineering Manager, with travel to nuclear plants about 15–20% for initial deployments.