MORSE Corp
Embedded Software Engineer
Cambridge, MA · Full-time
No sponsorship$90k-$210kDetected 77 days ago
PythonC++AlgorithmsCybersecurityConfluenceEmbedded SystemsAvionicsElectrical EngineeringCommunication
About the role
- MORSE Corp is an employee owned, small business based in Cambridge, MA, Arlington, VA, and Seattle, WA with a history of fielding cutting-edge technology.
- You will play a critical role in flight testing by defining test objectives, configuring software on aircraft avionics, and operating ground stations to monitor and control aircraft in flight.
Responsibilities
- Develop embedded software for novel fixed wing and multi-rotor unmanned aerial vehicles
- Developing new software functionality for autonomous UAV flight by modifying PX4 autopilot with new software
- Support flight tests of UAS and UAVs. Including setup, system checkouts, ground station operation, log retrieval and analysis, and debugging.
- Communicate design status, test results, and suggestions in a timely and efficient manner
- Support flight tests of UAS and UAVs.
Requirements
- The ideal candidate will have a strong and diverse background with an emphasis on software development for embedded systems.
- Prior experience working on multi-disciplinary projects that exist at the confluence of mechanical, electrical, systems, and software engineering is strongly desired.
- 5+ years of embedded software development and experience deploying embedded software
- Strong proficiency with C/C++, Python, and Rust
- Familiarity with PX4, Ardupilot, or similar.
- Experience with RTOS and embedded communication protocols (UART, I2C, CAN, etc)
- Experience with control hardware setup.
- US CITIZENSHIP REQUIRED and ability to obtain a U.S.
Compensation
- $90,000 - $210,000 USD
Visa & Work Authorization
- US CITIZENSHIP REQUIRED and ability to obtain a U
Apply directly at MORSE Corp →Create a free account for alerts like thisView MORSE Corp immigration profile
This listing is sourced directly from MORSE Corp's careers page and normalized into a canonical job model.