Founding Multiphysics Digital Twin & Computational Mechanics Lead
Core
Build a parameterized, executable digital twin for electromechanical systems to enable design exploration, control logic testing, and manufacturing decision-making before physical prototyping.
Role type
Founding-level multiphysics and computational mechanics lead
Builds
Coupled electromagnetic, thermal, structural, and dynamic models; parametric design-space and optimization workflows; reduced-order models and calibration loops
Domain
Electromechanical systems, robotics, aerospace, semiconductor equipment, medical devices
Deliverable
production ML models
Required skills
Multiphysics modeling (electromagnetics, nonlinear mechanics, heat transfer, vibration, contact, friction, hysteresis, fatigue, dynamics), Controls-aware simulation, System identification, Python, MATLAB, C++, COMSOL, Ansys Maxwell/Mechanical/Twin Builder, Abaqus, Simulink/Simscape, Modelica, MSC Adams, OpenFOAM/Fluent
Preferred skills
PhD in relevant field
Technologies
COMSOL, Ansys Maxwell, Ansys Mechanical, Ansys Twin Builder, Abaqus, Simulink, Simscape, Modelica, MSC Adams, OpenFOAM, Fluent
Responsibilities
Build coupled electromagnetic, thermal, structural, and dynamic models; Create parametric design-space, sensitivity, and optimization workflows; Expose simulation to Python, MATLAB/Simulink, C++, or other control and software interfaces; Build reduced-order models and calibration or system-identification loops from bench data; Translate model results into tolerances, materials, reliability, DFM, and manufacturing decisions; Work directly with founders and hardware and controls engineers in fast build-test-model loops
Seniority
Founding-level, hands-on IC
