As part of the Spacecraft Bus Avionics team, you will be responsible fordrivingrequirements, design, analysis, test, and critical review of avionics and assemblies which house electronic components. This rolerequires expertise and training for theavionicsteam.You will play a key role in developing the TeraWave Satellite systemfrom concept throughformalqualification andverificationincluding integration and flight support activities.

Passion for our mission and vision is required. If youre excited by providingbothneartermandlong-termvalue, solving novel problems, learning about interesting topics, and completing challenging projects, please apply!

Responsibilitiesmayinclude but are not limited to:

• Develop and maintain theavionicselectricaltesthardware, test plan, andverification cross-reference matrixfor a spaceflightavionicscomponent.

• Derive electrical test requirements from system specifications, ICDs, schematics,and safety requirements.

• Specify and designavionicstest equipment to meet manufacturingrate.

• Coordinatecross functionallywith Systems Engineers, Production Engineers, and Design Engineersto define interface test requirements

• Ownhardwaretest procedure development, review, and approval workflows from initial draft through qualification and acceptance.

• Lead bench-level, vehicle level and pre-launch electrical test campaigns including power-on, functional verification, end to end harness continuity and EMI/EMC testing

• Lead anomaly investigation and resolution for electrical test discrepancies; drive root cause analysis and corrective action through closure

• Partner with manufacturing and production engineering early in the design cycle to ensure test infrastructures integrates seamlessly with production flow, tooling, and vehicle build sequence.

• Identify and drive test automation, instrumentation, and data acquisition infrastructure to reduce overall cycle time.

• Design electrical testand support equipmentwith production scalability in mind, ensuring test architectures support repeatable, high-throughput execution across multiple vehicles.

• Designelectrical test interfaces for producibility, including standardized GSE connectors, modular test racks, etc., to support rate increases without redesign.

• Drive a production mindset into the electrical test program; track unit-to-unit test time, first pass yield, anomaly rate, as indicators of production readiness.

Minimum Qualifications

• Bachelor's degree in Electrical Engineering, Aerospace Engineering,Electrical Engineering,or related technical field

• 7+ years of experienceelectrical test, avionics integration and test, or vehicle electrical systems verification

• Demonstrated experience leading electrical test campaigns with flight hardware

• Hands on experience with electrical test equipment including power supplies, oscilloscopes, multi-meters, signal generators, data acquisition systems, etc.

• Hands on experience with RFtest equipment such as signal generators, spectrum analyzers, attenuators, etc.

• Experience in specifying and building out electrical ground support equipment

• Experience developing and executing test procedures from system-level specification and ICDs

• Proven ability to lead technical teams and coordinate across disciplines under schedule pressure

Preferred Qualifications

• Masters degree in electrical engineeringor related field

• Experience with launchvehicles, spacecraft, or other highly integrated electrical systems

• Background in electrical test planning

• Experience integrating with GPS/GNSS simulators and assessing RF link performance in a test environment

• Experience with automated testframeworkand scripting for electrical test sequencing and data collection

• Experience scaling an electrical test program from development to production

• Backgroundin Design for Testability (DFT) principles and participated in design reviews as a test team representative

• Previous lead or management experience in a test or integration organization