HOME Hardware & Semiconductor Engineering Senior Electronics Engineer – Functional Safety
  • Amazon
  • Zurich, ZH
  • Full-Time
  • 9 days ago
Amazon VERIFIED EMPLOYER

Senior Electronics Engineer – Functional Safety.

Hardware & Semiconductor Engineering Full-Time

Senior Electronics Engineer – Functional Safety: our view in 3 lines...

  • The Role:This role is for a senior electronics engineer focused on functional safety for custom robot hardware.
  • The Person:The person will design fault-tolerant safety circuits, implement hardware diagnostics and safe-state mechanisms, perform FMEDA and SIL calculations, review PCB layouts, and maintain functional safety documentation.
  • Requirements:The ideal candidate has 5+ years designing electronics hardware for Functional Safety-certified products, with experience under IEC 61508, ISO 13849, or ISO 26262 and delivering SIL 2 or SIL 3 hardware.

About the role

RIVR, an Amazon company, is building Physical AI by deploying autonomous robots for real-world doorstep delivery. Operating daily in diverse urban environments, RIVR's robots continuously learn from and navigate the millions of scenarios encountered during deliveries. By owning the full stack from software to hardware, RIVR is purpose-built for safety, reliability, and the customer from day one.

As a Senior Electronics Engineer – Functional Safety, you will own the hardware-level Functional Safety design for our robots’ custom electronics. You will design fault-tolerant circuits at the schematic and PCB level — implementing redundant architectures, hardware diagnostics, and safe-state mechanisms — and perform the quantitative reliability analysis to substantiate that your designs meet the required Safety Integrity Level. This is a hands-on circuit design role, not a systems-level safety concept or process management position.

Key job responsibilities
Design fault-tolerant circuits for safety-critical subsystems, selecting appropriate safety architectures (e.g., 1oo2, 1oo2D) based on the required SIL target.

Implement hardware diagnostic and monitoring mechanisms to detect dangerous failures.
Design circuits that enforce a defined safe state when a fault is detected.

Apply Common-Cause Failure mitigation techniques at the component and PCB level.
Perform FMEDA on your own schematics — identifying failure modes per component and calculating Safe Failure Fraction (SFF) and Diagnostic Coverage (DC).

Build Reliability Block Diagrams and compute SIL metrics to verify your designs meet the target.
Select and derate components based on failure rate data, mission profiles, and expected lifetime.
Advise system architects on hardware safety constraints and review PCB layouts for safety compliance.

Collaborate with electronics, firmware, and systems engineering teams to integrate safety functions into the overall robot design.
Create and maintain Functional Safety documentation for your hardware modules.

Basic Qualifications:
- 5+ years designing electronics hardware for Functional Safety–certified products.
- Proven work under IEC 61508 (preferred), ISO 13849, or ISO 26262.
- Delivered PCB-level hardware that achieved SIL 2 or SIL 3 (or equivalent PL d/e, ASIL B–D) certification.
- Background in analog, power, and/or mixed-signal circuit design.
- Hands-on experience implementing safety architectures in schematics — not just block diagrams.
- Ability to perform FMEDA and SIL metrics calculations on your own designs.
- Understanding of failure rate data sources and component derating for reliability.
- Strong problem-solving skills and ability to debug fault-tolerant hardware.
- Comfortable working cross-functionally with firmware, mechanical, and systems teams.
- Master’s degree or higher in Electrical Engineering, Electronics, or a closely related field.

Preferred Qualifications:
- Experience with safety-rated ICs (safe supply supervisors, safety MCUs, smart drivers with diagnostic feedback).
- Has contributed to or authored a Safety Manual for a hardware module.
- Familiar with Proven-in-Use argumentation for off-the-shelf components.
- PCB layout skills relevant to safety (creepage/clearance, redundant channel routing).
- Experience with circuit simulation (SPICE) to verify fault response behaviour.
- Experience in robotics, automotive, aerospace, or medical device sectors.

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Published October 1, 2026
Location Zurich, Switzerland
Job Type Full-Time