Your Mission
You will be responsible for:
- Designing, developing, integrating, and maintaining embedded software for automotive and ADAS applications.
- Leading and contributing to ECU bring-up and hardware/software integration activities.
- Developing and integrating low-level drivers, embedded platform software, and hardware abstraction components.
- Supporting the integration of automotive sensors, devices, and related embedded components.
- Contributing to embedded software architecture, interface definition, and system integration.
- Developing and optimizing software for real-time and resource-constrained embedded systems.
- Contributing to signal-processing, data-processing, and algorithmic functions used within ADAS applications.
- Analyzing and resolving complex hardware/software integration and embedded-system issues.
- Participating in software verification, integration, debugging, and performance optimization activities.
- Contributing to the definition and implementation of functional-safety concepts and safety mechanisms.
- Collaborating closely with system, hardware, safety, algorithm, and validation teams throughout the product development lifecycle.
- Supporting the development of robust and safety-oriented embedded software solutions for automotive ECUs.
Who You Are
You should have:
- B.Sc. or M.Sc. in Computer Science, Software Engineering, Electrical Engineering, Mechatronics, or a related field.
3+ years of experience in Embedded C/C++ development and embedded software development
- Solid experience with automotive ECUs, microcontrollers, and embedded systems.
- Hands-on experience with hardware and ECU bring-up.
- Experience developing embedded drivers, platform software, or Basic Software components.
- Good understanding of microcontroller peripherals and embedded communication interfaces.
- Ability to understand hardware documentation, datasheets, schematics, and technical specifications.
- Good understanding of automotive software architecture and development processes.
- Knowledge of functional safety concepts and ISO 26262 principles.
- Strong analytical and problem-solving skills.
- Ability to work effectively across hardware, embedded software, system, safety, algorithm, and validation domains.
Qualifications & Mindset
You should have strong experience with:
- Embedded C/C++ development.
- Automotive ECU development and microcontroller-based embedded systems.
- ECU and hardware bring-up.
- Low-level embedded drivers and platform software.
- Hardware abstraction components and embedded interfaces.
- Real-time embedded systems and RTOS concepts.
- Memory and resource management in embedded environments.
- Embedded debugging, troubleshooting, and performance optimization.
- Automotive software architecture and system integration.
- Hardware/software integration and analysis of complex embedded-system issues.
- Microcontroller peripherals and embedded communication interfaces.
- Software verification, integration, and debugging.
- Functional safety concepts and ISO 26262 principles.
- Development of safety mechanisms and safety-oriented software.
- Signal processing, data processing, and algorithmic development for embedded applications.
You should also bring:
- Strong ownership and accountability for embedded software development activities.
- Ability to work comfortably between hardware, embedded software, and algorithms.
- Strong analytical and problem-solving capabilities.
- Ability to understand and work within the constraints of automotive ECUs.
- Ability to collaborate effectively with multidisciplinary engineering teams.
- Practical mindset focused on robust, reliable, and safety-oriented software solutions.
- Ability to contribute across different software abstraction levels, from low-level embedded development to higher-level processing and algorithmic functions.
Nice to have
- Previous experience in ADAS, autonomous systems, automotive sensing, robotics, or similar embedded domains.
- Experience with automotive sensors or sensor-based embedded systems.
- Experience with signal processing, perception, sensor-data processing, or algorithm development.
- Experience with AUTOSAR Classic and/or Complex Device Drivers (CDD).
- Familiarity with ASPICE and automotive software development processes.
- Experience with static analysis, unit testing, continuous integration, and automotive software-quality practices.
- Experience developing software according to safety-related requirements.
- Understanding of safety mechanisms, including:
Fault detection and handling
Degraded operation and safe states
Monitoring and diagnostics
- Experience working on safety-related automotive software projects.
- Experience contributing to automotive software verification and validation activities.
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