Define and govern the reference system architecture across hardware and software domains focusing on modules interfaces
Build a modular platform strategy that enables multiple robot variants and operational domains to be derived from a shared architectural foundation
Drive architectural decisions on interfaces, middleware, data models, integration patterns, and the software backbone that supports future platform scaling
Define how reuse, configuration, and hardware-specific adaptation are handled so new variants can be developed without unnecessary redesign
Lead platform-level trade-offs across performance, agility, endurance, safety, manufacturability, and cost
Embed diagnostics, functional safety, cybersecurity, over-the-air updates, and certification requirements into the architecture from the outset
Partner with senior engineering leaders across software and hardware domains, and through the system engineering community to align on direction, influence execution, and translate long-term architecture into practical delivery
Requirements
MSc in Systems Engineering, Electronics, Robotics, Computer Science, or a related field
Significant experience in system architecture and modularity leadership within robotics, autonomous systems, medical devices, automotive, aerospace, or other complex mechatronic environments
Proven track record of architecting and evolving complex platforms rather than one-off systems
Experience defining modular architectures and enabling reuse across multiple product variants
Strong understanding of hardware and software co-design principles across sensors, actuators, compute, control systems, middleware, and power management
Good understanding of autonomy-related systems such as perception, localisation, navigation, motion planning, or fleet-level coordination
Experience with real-time systems, platform middleware, and system integration (V model) in complex industrial or safety-relevant environments
Ability to translate customer needs, business direction, and technical constraints into clear architectural decisions
Experience balancing performance, safety, manufacturability, scalability, and product maturity in real-world systems
Proven ability to influence across teams, drive alignment, and lead change without relying solely on formal authority
Strong communication and influence skills, sound judgement, and the ability to simplify complex architectural questions for a broad technical audience
Proven ability to translate company strategy and mid
to long-term technology vision into a clear, executable roadmap, along with effective governance to drive its execution.