Autonomous Rail Hardware Test Engineer II

Parallel Systems, Inc.; Los Angeles (CA); Vor Ort; USD 105.000 - 170.000; Vollzeit

Zusammenfassung

Parallel Systems, Inc. is seeking a Hardware Test Engineer II to validate the performance of autonomous rail vehicles and subsystems. You will design test solutions, build benches, and write Python test cases as part of a small, fast-moving team.

You will mentor peers and contribute to a scalable testing ecosystem across in-house electronics and field deployments, with emphasis on reliability, data analysis, and driving tests from concept to final validation.

Qualifikationen

• BS in Electrical Engineering, Computer Engineering, or a similar discipline.
• 3+ years of experience with hardware development or electronics test engineering.
• Experience using common test equipment such as power supplies, DAQs, DMMs, and oscilloscopes.
• Proficient in interpreting electronics schematics and wiring diagrams.
• Experience with software development, in Python, C, C++, Rust or similar language.

Aufgaben

• Design and maintain test solutions for in-house developed electronics components and systems
• Build and maintain test benches used for development and software regression testing
• Define and develop test cases using Python
• Produce documentation for testing including test plans, work instructions, design drawings, and test reports
• Support testing and data analysis to identify and root-cause issues
• Test vehicles at Parallel test facilities and customer sites
• Mentor other engineers and contribute to the team's technical growth

Kenntnisse

Electrical engineering

Test equipment

Python

C/C++

Rust

Ausbildung

BS in Electrical Engineering

Tools

Power supplies

DAQs

Oscilloscopes

DMMs

Jobbeschreibung

Parallel Systems, Inc. is seeking a Hardware Test Engineer II to validate the performance of autonomous rail vehicles and subsystems. You will design test solutions, build benches, and write Python test cases as part of a small, fast-moving team.

You will mentor peers and contribute to a scalable testing ecosystem across in-house electronics and field deployments, with emphasis on reliability, data analysis, and driving tests from concept to final validation.