Hardware Systems Engineer
Integrate the electrical, mechanical, firmware, and software of our next-generation, lightweight UAV imaging pods into one system that flies. You own the hardware lifecycle at system level: requirements, bring-up, test, and the failure that only shows up on the airframe.
Technical leadership
- System integration: work with electrical, mechanical, firmware, and software to bring subsystems into one high-performing imaging payload.
- Requirements and architecture: define, document, and trace system-level requirements and hardware specifications against product goals.
- Design reviews: participate in, and in time drive, cross-functional reviews of schematics, layouts, and mechanical enclosures for compatibility and reliability.
- Multidisciplinary execution: sit across mechanical, electrical, logical, and firmware so the pod works as one system, not four parts.
Operational excellence
- Testing and validation: design, build, and execute test plans covering environmental, electrical, and functional testing of prototypes and production-ready systems.
- Root-cause analysis: system-level bugs, hardware failures, and performance bottlenecks, using oscilloscopes, logic analyzers, and spectrum analyzers.
- Lifecycle support: from conceptual prototype through manufacturing bring-up and failure analysis.
Technical domains
- Electrical: analog and digital circuit design, power distribution, signal integrity.
- Protocols: I2C, SPI, UART, CAN, PCIe, USB.
- Lab and CAD: oscilloscopes, multimeters, power supplies; exposure to ECAD (Altium, Eagle, OrCAD) or MCAD.
- Scripting: Python or C/C++ for test automation and data analysis.
Qualifications
- Bachelor's or Master's in electrical, computer, mechatronics, or systems engineering, or a closely related field.
- 1-4 years hands-on hardware development, systems engineering, or product testing. A strong internship or highly technical university project is considered.
- Lab time on real hardware, not only coursework.

