We are seeking a hands-on engineer to develop production-grade engine management systems for advanced hydrogen and dual-fuel applications. The role focuses on designing, implementing, and validating safety-critical engine control software for real-time, embedded, and cloud-integrated environments.
- Implement, test, and maintain production software using C, Simulink, and auto-generated code, ensuring adherence to SSQA and industry standards.
- Develop and optimize map-based fuel injection controllers with closed-loop algorithms.
- Implement advanced diagnostics for sensor and actuator health, including fault detection and reporting.
- Integrate ECU hardware into new and existing systems, collaborating with hardware and systems teams.
- Design and maintain robust software architecture, state machines, and reliable RTOS-based kernel integration.
- Conduct thorough verification and validation through unit, SIL, HIL, and in-vehicle testing.
- Participate in the development of HMI and data interfaces for monitoring and performance analysis.
- Experience developing fuel injection or hybrid control software: map-based fueling, closed-loop control.
- Strong programming background in C/C++ for embedded systems. Flexibility to work with other languages (Python, Rust, etc.) as required.- Hands-on expertise with ECU hardware selection and system integration.
- Solid understanding of automotive or industrial diagnostics (OBD-II, J1939, etc.).
- Familiarity with modern engine sensors, actuators, and combustion controls.
- Deployment of consumer-grade or production-level engine control software.
- Working knowledge of functional safety standards such as ISO 26262.
- Model-based controller design, simulation, and HIL testing experience.
- Experience with hydrogen or dual-fuel combustion systems is a strong plus.