Network Platform Embedded Engineer

• Design, prototype, build, and test production embedded firmware.
• Evaluate, implement, test, and optimize applications on Linux and RTOS.
• Collaborate across multiple disciplines to deliver quality code, debug complex problems, prioritize and get things done with a high level of efficiency and urgency.
• Evaluate, design, and implement both existing and custom communication protocols between devices and between compute modules.
• Work with autonomy, hardware engineers, and software throughout the lifecycle of the vehicle - from device bring-up, to software deploy.
• Work with test engineers and platform engineers in developing testing frameworks at the unit, integration, and system levels.

By designing embedded systems for carbon-neutral, autonomous transit vehicles, this role helps create accessible, affordable, and sustainable transportation that empowers communities and reduces environmental impact.

• Expert level knowledge of C or C++ programming; other languages and skills also valuable.
• Knowledge of OS internals (process scheduler, memory management, concurrency, synchronization, storage)
• Good debugging skills with an ability to work cross-functionally
• Good understanding of Linux and/or RTOS fundamentals, Board Support Pkgs, kernel configuration, device driver interfaces, debugging tools etc.
• Strong knowledge of communication protocols, from low level (SPI, I2C, UART, CAN) to high level (TCP/UDP)
• Experience with bootloaders
• Experience with security concepts such as SecureBoot and secure storage
• Experience with time synchronization protocols such as NTP and PTP
• Experience deploying firmware both remotely and over-the-air
• Familiarity with electronics test equipment and hardware debugging (multimeters, oscilloscopes, power supplies, etc)

No specific benefits, compensation, or salary information mentioned in the job description.

Glydways is reimagining public transit with a mission to revolutionize transit through a carbon-neutral, interconnected network of autonomous vehicles that provides high capacity, exceptional user experiences, unmatched affordability, and minimal environmental impact.