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Mid LevelFull-timePythonJavaC++C#
Salary Range
$102,000 - $138,000 /year
This salary is estimated based on similar roles. The actual salary may vary.
About the Role
Amca is seeking a Test Equipment Developer to create qualification and acceptance testing equipment for new electrical product designs. You will work closely with electrical design engineers to develop test systems that ensure the reliability of Amca's products.
Key Responsibilities
- →Develop rapid solutions for test equipment for qualification testing of electrical hardware
- →Work with design engineers to understand end-use applications and develop qualification test plans for hardware
- →Take full ownership of test bed design and build, including electrical schematic creation, component selection, PCBA layout, and hardware builds
- →Support integration of test beds with environmental test equipment
- →Support execution of qualification tests for new hardware
- →Build and deploy the necessary software to operate the test bed
- →Build acceptance test solutions for production test
- →Work with design engineers to develop acceptance test plans for new hardware
- →Leverage test equipment developed for qualification testing to build out acceptance testing hardware
- →Work closely with Build Engineering and Production to make electrical tests production friendly
- →Develop the software that interfaces with the test bed to simplify test execution
- →Support Amca with subsidiary diligence and company development
- →Evaluate product catalogs and help determine opportunities for catalog expansion
- →Assist in the evaluation of subsidiary design, manufacturing, and test capabilities
Requirements
- ✓Experience with electrical design, applying first-principles thinking to power, filtering, logic, software/firmware, and production constraints
- ✓Proficient in a standard software language (Python, C#, C++, java, etc.)
- ✓Experience in electrical schematic layout, component selection, and simulation to meet customer requirements
- ✓Comfortable with hands-on debugging using oscilloscopes, multimeters, and logic analyzers
- ✓Exceptionally curious and fast learner; able to contribute across diverse part categories and manufacturing processes
- ✓Demonstrated ability to use engineering first principles to challenge and simplify requirements
- ✓Hands-on and practical—comfortable building, testing, and troubleshooting in real-world environments
- ✓Independent and creative; thrives with ownership and minimal oversight
- ✓Familiarity with DO-160, MIL-STD, or other qualification and certification frameworks
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