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Senior Embedded Firmware Engineer at Zipline in South San Francisco designing and maintaining flight-critical embedded systems for autonomous drone delivery, using C++/Rust on RTOS and bare-metal microcontrollers.
Design and deploy mechanical/electrical test rigs to validate next-gen drone delivery droids and ground stations, using Python automation and hands-on prototyping.
Design, test, and integrate avionics systems for high-speed missiles, including PCB design, power systems, and embedded electronics.
Develop low-level firmware for military-grade drones, writing robust C code for microcontrollers and integrating sensors in RTOS/bare-metal environments.
Develop low-level firmware for military-grade drones, integrating sensors and microcontrollers in C/RTOS environments to enable real-time autonomy and AI-driven command systems.
Develop low-level firmware for embedded systems powering defense tech like drones and sensors, using C and RTOS on microcontrollers.
Develops real-time embedded flight software for autonomous aircraft using C/C++ and RTOS, integrating sensors and control systems for defense vehicles.
Develops real-time embedded flight software for autonomous missiles and aircraft using C/C++ and RTOS, integrating sensors and control systems for defense applications.
Develops low-level firmware/drivers for military drones and sensors, integrating microcontrollers with analog/digital hardware (I2C, SPI, CAN, etc.) to enable real-time tactical operations under an AI-powered OS.
Senior Firmware Engineer developing low-level software/firmware for embedded systems products at Anduril Industries, focusing on aerial drones and military equipment, creating device drivers and system-level features.
Develop low-level firmware for microcontrollers and embedded systems, writing efficient C code to interface directly with hardware and integrate sensors across land, sea, and air platforms.
Develop low-level firmware for embedded systems on defense tech like drones and sensors, using C and RTOS on ARM/AVR cores, and debug with JTAG/SWD tools.
Develops real-time motor control and actuator firmware for autonomous vehicles using embedded C, RTOS, and ARM microcontrollers, supporting land, air, and sea systems.
Develop low-level firmware for embedded systems in defense tech, using RTOS and C to build real-time, fault-tolerant software for microcontrollers and sensors.
Develop low-level firmware for wireless systems in autonomous vehicles, including board bring-up, protocol design, and device drivers in C for RTOS environments.
Develops embedded flight software for small drones (Group 1–3), including control systems, device drivers, and test automation, using C++/Rust on pre-emptible Linux or RTOS. Focuses on scalable, reusable avionics for military applications with rapid iteration from simulation to flight.
Develops real-time embedded flight software for autonomous aircraft using C/C++ and RTOS, integrating sensors and control systems for defense-focused vehicles.
Develops real-time embedded flight software for autonomous aircraft and missiles using C/C++ and RTOS, integrating sensors and control systems under DO-178 safety standards.
Develops motor control firmware for autonomous vehicles using C, MATLAB/Simulink, and embedded ARM systems to drive propulsion and precision actuators across land, air, and sea platforms.
Staff Firmware Engineer builds low-level embedded software for defense systems, integrating microcontrollers with sensors and debugging across hardware/software boundaries.
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