Tasks:
- * Design and implement vehicle control algorithms
- * Expand autonomous driving operational design domain
- * Identify vehicle dynamics parameters
- * Model vehicle lateral and longitudinal dynamics
- * Optimize control for vehicle sensors and actuators
- * Tune control performance and troubleshoot issues
- * Validate and deploy control software
Perks/Benefits:
Skills/Tech stack required:
[Actuator Systems] [ADRC] [C#] [C++] [Control Theory] [Linux] [LQR] [MPC] [MRAC] [Observer design] [Optimization Theory] [Parameter identification] [Python] [Simulation] [Vehicle actuator systems] [Vehicle dynamics]
Educational requirements:
[Master's Degree]
Role(s):
[Algorithm Engineer] [Control Algorithm Engineer] [Control Engineer] [Engineer] [Vehicle Control Engineer]