Process public roads, proving ground durability data and develop accelerated random vibration profiles for MAST/ED shakers
Develop constant amplitude durability test profiles based on raw data collected from proving ground or field data
Conduct vibration testing on various vehicle sub-systems on electrodynamic shaker tables
Development, improvement of vibration durability methodologies (simulation and testing)
Do hands-on test setup (mounting unit on and off the shaker table) and instrumentation (accelerometers etc.)
Design test fixtures in CATIA for mounting sub-systems on electrodynamic and other shaker tables
Conduct part inspections, root cause and report failures
Post process test data and make test reports
Be involved with general test equipment maintenance and lab expansions
Work in close collaboration with other technicians, instrumentation and design teams
What You’ll Bring
Degree in Mechanical, Automotive or Mechatronics Engineering or equivalent expereince
Strong mechanical engineering, vibration, and durability (damage theory) fundamentals
1+ years of experience with automotive systems or competitive projects like Formula SAE etc.
Data processing and analysis using nCode Glyphworks, MATLAB, Python etc.
Well versed with the instrumentation, usage, and data consumption from accelerometers, strain gages, load transducers and other road load data acquisition sensors
Experience with modal testing
Experience with 3D CAD software for fixture design (CATIA or 3D Experience preferred)
Able to work well under pressure while managing competing demands and tight deadlines
Excellent written & verbal communication skills
Strong organization skills with meticulous attention to detail