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Novineer, Inc. is seeking a hands-on engineer to plan, instrument, run, and analyze mechanical tests on additively manufactured parts. This role covers tensile, compression, shear, and bending tests, using strain gauges, extensometers, and DIC alongside load-frame data.
You will document procedures, calibration records, test reports, and engineering recommendations, contributing to AI-driven modeling and design software for aerospace and automotive applications.
Novineer develops AI-powered engineering software for additive manufacturing, reverse engineering, and toolpath-aware simulation. We validate our software by testing real printed parts and comparing measured behavior with simulation predictions.
We are seeking a hands-on engineer to plan, instrument, run, and analyze mechanical tests on additively manufactured polymer and composite parts. This role will support tensile, compressive, shear, and bending tests, as well as application-specific test setups, using strain gauges, extensometers, digital image correlation (DIC), and load-frame data.
Plan and run ASTM-style mechanical tests: tensile, compression, shear, bending, and part-level validation.
B.S. or M.S. in Mechanical, Aerospace, Materials Science, or a related engineering field.
Hands-on experience with mechanical testing and experimental data analysis.
ASTM D638, D695, and D7078 mechanical testing standards.
Experience with at least three: strain gauges, extensometers, DIC, load frames, DAQ, MTS/TestSuite, or LabVIEW.
Strong understanding of stress/strain, modulus, Poisson’s ratio, shear, anisotropy, and failure analysis.
Ability to process test data in Excel, Python, or similar tools.
Careful attention to calibration, gauge bonding, wiring, alignment, uncertainty, repeatability, and documentation.