Vehicle Mechatronics Architecture / Integration Engineer

Your Impact

As a Mechatronics Concept Engineer, you will be at the heart of shaping the next generation of commercial vehicles, working at the intersection of software, electronics (ECUs), and mechanical integration.

In this role, you transform future mobility trends, emerging technologies, and customer needs into innovative vehicle concepts and system architectures. You will play a key role in ensuring that Daimler Truck remains at the forefront of industry evolution - from software-defined vehicles and connectivity to data-driven services and intelligent transport solutions.

Rather than focusing on detailed development, your mission is to define strong, forward-looking concepts, enabling engineering teams worldwide to deliver scalable and competitive solutions.

- University degree in Electrical Engineering, Mechatronics, Automotive Engineering, or similar
- Strong and holistic understanding of complete vehicle systems, with focus on E/E and software integration
- Proven experience in vehicle or system-level development, ideally in a cross-functional environment
- Experience in translating complex requirements into structured technical concepts
- Solid knowledge of:
- Functional Safety (ISO 26262)
- Automotive software and E/E architectures
- Vehicle communication networks (CAN, Ethernet)
- Experience in TT/S (Truck Technology / Systems) is a strong advantage
- Exposure to tech-driven environments, digital ecosystems, or connectivity topics is a plus
- Strong analytical mindset combined with creativity at system level
- Excellent communication and stakeholder management skills, with the ability to influence across domains
- Ability to thrive in a global, fast-evolving engineering environment
- Curiosity and passion for future technologies, innovation, and mobility transformation

- Define, describe, and continuously refine holistic vehicle concepts integrating hardware and software systems
- Collaborate closely with system experts (e.g., TT/S, E/E, software, and integration teams) to align concepts across domains
- Translate customer, market, and technology trends into clear and structured system-level requirements
- Drive concept definition in key areas such as:
- Mechatronics and E/E Architecture (concept level)
- Global Feature Lists and EE compatibility
- Low Voltage (LV) Architecture concepts
- Cross-domain mechatronic integration strategies
- Define Powertrain-related system concepts and performance hypotheses
- Act as a key contributor in connecting vehicle-level thinking with system-level execution
- Support global alignment across development teams, ensuring consistency in concepts and approaches
- Contribute to the continuous improvement and standardization of concept development methodologies