Design and develop electrical solutions and supporting hardware for laboratory and aircraft test environments, collaborate with cross-functional teams, and support system-level testing and evaluation.
Senior Test Engineer responsible for testing and validating EV charging systems, ensuring software, hardware, and communication interfaces perform reliably across component, integration, and end-to-end charging scenarios.
Responsibilities
Design and execute test plans, test cases, and validation activities based on product requirements and release objectives.
Perform functional, integration, system, and regression testing of EV charging systems, including software updates, communication protocols, and end-to-end charging scenarios.
Identify, document, and track defects, working closely with engineering teams to verify fixes and ensure product quality.
Support software releases by providing test results, assessing quality risks, and assisting with the investigation and reproduction of customer-reported issues.
Contribute to continuous improvement of testing processes and mentor junior team members on quality best practices.
Requirements
Technical degree in Computer Science, Software Engineering, Electronics, or a related field.
Nice to have: SEP Electrical Qualification Certificate
Nice to have: Category B driving license
Nice to have: experience with EVs and/or DC chargers
Lead the architecture, integration, and test of avionics systems for new SpaceX vehicles.
Compensation
Pay Range:
Level 3: $140,000.00 - $230,000.00
Responsibilities
Lead avionics system architecture for new vehicles, including power, data, RF, and sensor topologies
Drive closure of vehicle electrical interfaces by working directly with other responsible engineers on structures, propulsion, GNC, software, and customer teams
Lead vehicle wiring diagram and harness architecture, and set integration standards for avionics boxes, sensors, and actuators
Drive system-level trades on mass, power, thermal, reliability, manufacturability, cost, and schedule, and present recommendations to program leadership
Lead system-level integration and test, including integration lane checkouts and vehicle-level testing, and partner with the teams that own hardware-in-the-loop testing
Requirements
Bachelor's degree in an engineering discipline
Nice to have: experience leading avionics or electrical system architecture for a vehicle, spacecraft, or other complex electromechanical product
Nice to have: experience taking a new vehicle or product from concept through first build and test
Nice to have: experience defining system-level verification and test programs for flight or high-reliability hardware
Lead the architecture, integration, and test of the avionics systems for new SpaceX vehicles.
Compensation
Pay Range:
Level 3: $140,000.00 - $230,000.00
Responsibilities
Lead avionics system architecture for new vehicles, including power, data, RF, and sensor topologies
Drive closure of vehicle electrical interfaces by working directly with other responsible engineers on structures, propulsion, GNC, software, and customer teams
Lead vehicle wiring diagram and harness architecture, and set integration standards for avionics boxes, sensors, and actuators
Drive system-level trades on mass, power, thermal, reliability, manufacturability, cost, and schedule, and present recommendations to program leadership
Lead system-level integration and test, including integration lane checkouts and vehicle-level testing, and partner with the teams that own hardware-in-the-loop testing
Design and develop electrical solutions and supporting hardware for laboratory and aircraft test environments.
Collaborate with cross-functional teams and external suppliers to define requirements, support build and integration activities, and ensure quality, schedule, and cost objectives are met.
Plan, execute, and support system-level testing and evaluation, including test preparation, data analysis, troubleshooting, and verification of requirements.
Requirements
Bachelor’s degree in Electrical Engineering or similar STEM degree
Master’s degree in Electrical Engineering or similar STEM degree