Software Systems Engineer, Motor Controls

Joby Aviation Joby Aviation · Robotics · San Carlos, CA · Software

Software Systems Engineer focused on motor control systems for electric aircraft, involving design, development, testing, and optimization of sensored and sensorless motor control, advanced PWM, fault detection, and closed-loop position control. Requires C/C++ and MATLAB Simulink experience for safety-critical applications.

What you'd actually do

  1. Sensored and sensorless control of permanent magnet synchronous motors
  2. Advanced inverter pulse-width modulation, position and velocity estimation, current control and efficiency optimization
  3. Develop fault detection, isolation, and reconfiguration logic for safety critical systems
  4. Closed loop position control of simplex and duplex redundant servo actuation systems with redundant position sensors and multi-phase motors controlled from separate inverters
  5. Optimization of motor controls using MATLAB Simulink

Skills

Required

  • B.S degree in Mechanical Engineering or relevant field and 2+ years of related technical experience (including mechanical, electrical, computer and robotics / mechatronics engineering)
  • Experience with actuation systems and/or servo control on safety critical applications
  • Experience developing embedded applications in C/C++, MATLAB Simulink model-based design for controls development
  • Experience with basic electronics debugging tools: oscilloscope, logic analyzer, power analyzer
  • Basic understanding of version control technologies
  • Ability to be onsite regularly in San Carlos, CA

Nice to have

  • Advanced degree in Mechanical Engineering or relevant field
  • Technical experience with aerospace actuation and controls system development
  • Experience with processor/hardware in the loop (PIL/HIL) verification/debugging
  • Knowledge of control system design and principles of feedback control including PID control and advanced control techniques and their applications in the servo systems
  • Experience creating mathematical models of servo systems for system identification, analyses and simulations
  • Knowledge of electro-mechanical systems focusing on interactions between electrical and mechanical components in servo systems
  • Knowledge of real time bare-metal firmware development
  • Experience with hard, real-time interrupt-driven software development

What the JD emphasized

  • safety critical systems