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We are seeking a hands-on Mechanical Development Engineer to support engine and component durability testing within a Mechanical Development (MED) team environment. This role is ideal for an engineer who enjoys being in the test cell, working directly with engines, instrumentation, and data—not just running simulations or writing reports.
The primary focus of this role is engine and rotating component testing, including pistons, connecting rods, cranktrain, and valvetrain systems, under high-temperature, high-load, and high-strain conditions. You will be responsible for test setup, execution, data acquisition, teardown, and documentation across multiple engine development programs.
What You’ll Be Doing
1. Set up and execute engine and component durability tests (engine dyno and bench testing)
2. Instrument engines and components using thermocouples, strain gauges, pressure sensors, and other transducers
3. Perform high-temperature, strain, fatigue, and metal durability testing
4. Support testing of:
Cranktrain, pistons, connecting rods
Valve train and power cylinder systems
Cooling, lubrication, vent, sealing, and EGR systems
5. Monitor tests in real time, troubleshoot issues, and adjust test conditions as needed
6. Collect, validate, and analyze test data using DAQ systems
7. Perform post-test teardown, inspection, and failure analysis
8. Document results clearly through test reports, data summaries, and technical recommendations
9. Ensure testing complies with engineering standards, internal procedures, and customer requirements
10. Collaborate closely with design, systems, and program teams to support development decisions
What We’re Looking For (This Is Key)
This role is best suited for someone who:
11. Has direct engine or durability testing experience
12. Is comfortable working onsite in test cells and labs
13. Enjoys hands-on hardware work, not just modeling or simulation
14. Understands how mechanical components behave under thermal and mechanical stress
Required Qualifications
15. Bachelor’s degree in Mechanical Engineering or related field
16. –+ years of hands-on experience in:
Engine testing, durability testing, or mechanical validation
Dyno testing, component testing, or lab-based development work
17. Experience with instrumentation, data acquisition, and test setup
18. Strong understanding of engine mechanical systems
19. Ability to document results clearly and communicate findings effectively
Preferred Experience
Master’s degree in Mechanical Engineering
20. Experience with:
Engine dynos or component test rigs
Strain gauge application and thermal instrumentation
Post-test teardown and root-cause analysis
LabVIEW, data acquisition systems, or test automation tools
21. Background in ICE engine development (OEM or Tier- environment)
LI-KE