Descrizione dell'offerta
Overview
In this role you will define and implement hardware and software safety measures for next‑gen automotive, industrial, and humanoid robotics MCUs. You will shape safety concepts and architecture across the product lifecycle, aligning with global standards and cross‑functional teams. You’ll tackle complex safety challenges, from design through qualification, influencing safety claims and evidence. Join a mission‑driven team that values rigor, collaboration and innovation to deliver safe, reliable platforms.
Responsibilities
- Define safety concepts and safety architectures for microcontroller products
- Derive and document HW/SW safety requirements from top‑level safety goals and use cases
- Specify safety mechanisms for CPU, memories, interconnects, peripherals, clocks, reset, voltage and temperature monitoring, diagnostics, redundancy, error detection, error containment, and fault reaction
- Perform or support safety analysis (FM/EA, FMEDA, FTA, DFA)
- Develop and maintain safety‑related architectural documentation
- Collaborate with RTL, analog, firmware, validation, and software teams to ensure safety requirements are implemented and verified
- Define safety validation strategy and support evidence generation for safety case and qualification activities
- Review product architecture against applicable standards and customer safety requirements
- Support safety claims, metrics, and compliance arguments for audits
- Participate in design reviews, risk assessments, and cross‑functional safety assessments
- Contribute to reusable safety IP, checker libraries, and architectural safety guidelines
Qualifications
- Degree in Electrical Engineering, Computer Engineering, Embedded Systems, or related field
- Strong experience in functional safety architecture for microcontrollers, SoCs, embedded systems, or robotic control platforms
- Solid knowledge of hardware and software safety mechanisms and their trade‑offs
- Experience with safety standards such as ISO26262 and IEC61508
- Awareness of robotics safety principles and standards for humanoid/collaborative/autonomous robots
- Experience in safety analysis methods: FMEA/FMEDA, FTA, DFA
- Understanding of MCU subsystems (CPU/lockstep, memory protection, ECC/parity, watchdogs, clock/reset, self‑test, safety monitors)
- Ability to translate system‑level safety requirements into actionable architectural requirements
- Strong documentation and cross‑discipline communication skills