Job Description & Details
This is a solid 12-month contract role working on propulsion systems for a major industrial equipment manufacturer in Erie, PA. You will be jumping into transportation applications, touching everything from rotating machine design to hands-on lab testing and factory support.
What You'll Actually Be Doing
You'll spend your days working alongside senior engineers to design, test, and integrate components for electrical rotating machines. Your time will be split between desk work—running analysis and preparing design reviews—and getting your hands dirty providing factory and lab support for product reliability and testing. Expect to collaborate heavily with global, cross-functional teams to push new product development initiatives across the finish line.
The Core Tech Stack
To survive and thrive here, you need a strong foundation in mechanical engineering paired with a solid grasp of electric machine design principles. You'll be leaning hard on your expertise in GD&T, tolerance stack-up analysis, and drawing releases. If you've got experience running stress analysis, Computational Fluid Dynamics (CFD), or vibration analysis using tools like Ansys, you'll fit right in. Familiarity with Six Sigma methodologies and generating DFMEAs is also a massive plus.
Interview Expectations
Expect the interviewers to probe deeply into your practical mechanical design background and your familiarity with rotating machinery. They will likely ask you to walk through a time you used GD&T and tolerance stack-up analysis to solve a tricky manufacturing or assembly bottleneck. The hiring manager isn't just looking for textbook definitions; they want to see how you troubleshoot real-world mechanical failures, balance design constraints with manufacturability, and communicate your technical reasoning to cross-functional teams.
Application Advice
When tailoring your resume, make sure phrases like "GD&T," "tolerance stack-up analysis," and "electrical machines theory" are front and center to pass the initial ATS screening. Don't just list your past roles—highlight specific instances where you used simulation tools like Ansys or participated in DFMEA and Six Sigma projects. Emphasize your hands-on lab or factory support experience, as this team values engineers who can bridge the gap between theoretical CAD design and physical product testing.