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We're looking for an Embedded Software & Controls Engineerto develop machine-control software for heavy equipment — from low-level drivers and embedded Linux to application-level control logic. The role combines C/C++ development on microcontrollers, embedded Linux/connectivity work, and model-based control design in MATLAB/Simulink.🚜 🧑🏻‍💻 Responsibilities: Develop and maintain embedded C/C++ software for microcontrollers, including bare-metal firmware, hardware drivers, and board support packages (BSPs). Develop and debug embedded Linux on ARM-based platforms (e.g., Jetson): systemd, journalctl, device tree basics. Configure and troubleshoot on-machine networking and connectivity: Wi-Fi, Network Manager, LTE/5G/SIM provisioning, Modem Manager, and CAN bus. Build and cross-compile containerized software for embedded targets (Docker: base images, layers, Compose), and script in Python/Bash for tooling and diagnostics. Translate system requirements into control models and software designs; design, simulate, and verify control logic in MATLAB/Simulink, then implement and integrate it in embedded C/C++. Develop machine-control applications interfacing with joysticks, keypads, sensors, and electrohydraulic systems, including hydrostatic pump/valve control and power, cooling, and fan management. Debug and validate software across the full stack — hardware interfaces, drivers, connectivity, and application behavior on the machine. Work within an Agile process, maintaining requirements traceability and documentation (e.g., Polarion), and contribute to code reviews, version control, and CI/CD (GitHub, Jenkins, GCC toolchains). 🤝 If you have: Hands-on C/C++ embedded development experience, including bare-metal microcontroller systems. Solid embedded Linux experience: systemd, journalctl, device tree basics, and general debugging on ARM/Jetson platforms. Experience with on-device networking and connectivity: Network Manager, Wi-Fi, LTE/5G/SIM, Modem Manager, and CAN. Experience with Docker in embedded/edge contexts (base containers, layers, cross-compilation, Compose) and scripting in Python/Bash. Understanding of control systems and hardware/software interfaces (sensors, actuators, operator inputs). Strong debugging skills across firmware, electronics, connectivity, and machine behavior. Solid software engineering practices: unit testing, Git workflows, code reviews, and continuous integration. Comfortable working cross-discipline in an Agile team, with availability to travel to the US. 🦾It’s a major plus: Experience with MATLAB and Simulink for model-based control development, simulation, and verification. Experience with heavy machinery, mobile equipment, or industrial machine-control systems. Familiarity with electrohydraulics, hydrostatic drives, pump/valve control, power management, or cooling systems. Experience spanning both low-level embedded development and application-level controls. Familiarity with Jenkins, GitHub, and GCC toolchains, and PLM/documentation tools such as Windchill. Originally posted on Himalayas