Senior Embedded Software Architect – Motor Control

Take a technically leading role in the development of future embedded control systems for internal combustion engines with hydrogen and alternative fuels.

Here, you will have the opportunity to shape robust and scalable control systems for next-generation heavy drivetrains. You will work closely with development, testing, and calibration in a role where technical depth is combined with architectural responsibility and innovation.

About the role

• Take the role of senior technical authority in model-based control and embedded software architecture.
• Contribute to early concept development for spark-ignition engines with hydrogen and other alternative fuels.
• Work cross-functionally between system development, software, testing, calibration, and verification.
• Drive technical choices, quality, and maturity in complex development initiatives.

What you will do

• Develop control concepts and software architecture for ECU functions within air path, torque, combustion, and knock control.
• Drive the work from requirement decomposition and system design to integration, verification, calibration, and release readiness.
• Improve development flows through code generation, continuous integration, automated testing, and data processing.
• Develop and evaluate applications of physics-inspired AI/ML for modeling, diagnostics, optimization, and calibration.
• Conduct design reviews, create technical documentation, and support the team through knowledge sharing.

We are looking for someone who has

• Solid experience in embedded control systems and model-based control for spark-ignition internal combustion engines.
• Deep competence in ECU function development, software architecture, integration, diagnostics, and communication protocols.
• Experience in functional safety and cybersecurity development according to ISO 26262 and SAE 21434.
• Proficiency in SIL, HIL, and engine test bench verification as well as traceable technical documentation.
• Ability to lead technical work and translate complex needs into well-founded solutions.

Technology & Tools

• MATLAB/Simulink and model-based development.
• Python, C/C++, and automated development flows.
• AUTOSAR Classic, with knowledge of AUTOSAR Adaptive or RTOS as a merit.
• ETAS INCA, TargetLink, as well as tools for calibration, measurement data, and optimization.
• Continuous integration, code generation, and automated testing.

Practical information

• Location: Göteborg.
• Working method: Not specified.
• Language: English, spoken and written.