Electrical/Electronics/Ecu Test Engineer

Tula is driven by an overriding passion to increase efficiency and improve the environment. With more than 340 patents issued or pending for multiple technologies, and a combined 450 years of engineering behind those patents, we’re focused primarily on applications for passenger automobiles, commercial vehicles for on and off road and electric vehicles of any size. Our approach to improving efficiency sets us apart. We come at it with demonstrated software solutions, and we deliver proven results with more than one million vehicles on the road using our technologies to decrease greenhouse gas emissions and increase fuel savings. But we’re not stopping there. We’re working to reduce or eliminate the use of rare earth elements in electric vehicles through improved electric motor efficiency and exploring efficiency in other means of mobility, too, including robotics, e-aviation and industrial machinery. Tula drives efficiency.

The Electrical/Electronics/ECU Test Engineer will perform a variety of testing for electronic systems and electronic control units.

Requirements

• BS EE with 5+ years’ experience
• Familiar with analog circuits and power electronics, and corresponding testing methods
  
• Familiar with circuit and system debug procedures, design completion and bring up to acceptable performance
• Familiar with PCB design principles: noise, grounding, signal integrity
• Proficient with a variety of electrical test equipment and methods: mixed signal oscilloscopes, spectrum analyzers, logic analyzers, LCR meters, 4-wire measurements
• Proficient with testing and verification of industrial and automotive communication hardware, wiring and protocols such as CAN bus, RS-485
• Familiar with National Instruments software environments such as Veristand, LabView
• Familiar with high voltage power electronic systems
• Familiar with embedded microcontrollers and embedded software in C, comfortable with IDE environments for viewing variables/modifying code to assist testing
• Able to independently and efficiently research and troubleshoot issues using internal and external information resources
• Understand best practices for instrumentation wiring, grounding and shielding
• Able to create and maintain systematic wire harness labeling schemes and clear documentation
• Able to create clear, concise test plans, and execute them reliably and efficiently

Bonus Points

• Familiar with traction inverters for automotive applications
• Familiar with PSPICE circuit modeling and simulation
• Familiar with embedded Simulink

Salary Range: $132,000 – 195,000 + benefits and stock options (actual compensation will be determined based on experience level).