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Job statistics for Senior Sensor Hardware Safety Engineer

Days open
67 days
Expected tenure
6 years
Salary
$184,000–$356,500
Stated in the posting: Level 4 $184,000–$287,500; Level 5 $224,000–$356,500.
Technologies used9 tools
Modeling
Hardware
Sensors & interfaces

Named in this posting. Hover a tool for what it is; the link finds other roles that use it.

Current safety team54 tracked professionals
By function
31 engineering, 17 senior / lead, 5 leadership, 1 consulting / assessment
By level
40 senior
Hiring now
15 open safety roles on FSTalent, including this one

Counts of functional safety professionals FSTalent tracks at NVIDIA and roles it is hiring for. It is a sample of public profiles, not the full headcount.

Safety professionals at this company
  • Abhishek Arora — Customer Safety Manager
  • Adam Duddles — Senior Safety Engineer - Auto
  • Ali Ghaffari — Senior Architect - Safety Engineering
  • Anitha Anand — System Safety, Autonomous Vehicles
  • Ankita Joshi — Sr. Safety Architect, Edge and Physical AI
  • Aswin Sagar — GPU HW Functional Safety & Cybersecurity DV (Physical AI)
  • Bader Alahmad — Senior Functional Safety Manager, Software
  • Baisakhi Mandal — Sr Technical Software Program Manager - Functional Safety
  • Brian Bernier — Functional Safety Manager
  • Calvin Yip — Functional Safety Manager
  • Carlos Avalos-Gonzalez — SoC Functional Safety Manager
  • Charles Davenport — Functional Safety Engineer
  • Charles Ma,gardener — Sr Functional Safety Engineer - Automotive
  • David Andrew Wiseman — Director Autonomous Vehicle System Safety
  • Devika Deshpande — Functional Safety Software Engineer
  • Dheeraj Lokam — Senior Hardware Safety Architect
  • Divya K — Senior Automotive Safety Architect
  • Dominic Chen — Senior Systems Software Engineer - Automotive System Software Functional Safety
  • Estella Silva — Functional Safety Manager
  • Federico Venini — Sr. Resiliency and Safety Architect
  • Fred Gruner — Principal Engineer - CPU Functional Safety
  • Gokul S — Engineering Manager - Automotive ECU Safety & Architecture
  • Gulroz Singh — Sr. Semiconductor Safety Architect
  • Hui Jin — Senior Manager - Automotive Safety
  • Janmey Parmar — Sr. System Safety Engineer
  • Jean-Marc Mifsud — Senior Functional Safety Manager
  • Jeff Bernia — Manager - SW Functional Safety
  • Jehoda Refaeli — Senior CPU Safety Architect
  • Jie Tong — Semiconductor Safety Engineer
  • Jonas Nilsson — Director of Safety Engineering | Head of AV Safety
  • Jonathan Mcneely — Senior System Safety Engineer
  • Joy J — Functional Safety Algorithm Engineer
  • Juergen Schoen — Independent Functional Safety and Cybersecurity Assessor (FSQ)
  • Koundinya Varanasi — ASIC Safety Engineer
  • Lee Franzen — Director - Compiler Technical Program Management, Functional Safety, Security Engineering
  • Mandar Pitale — Senior Manager - Safety Management for Automotive Software
  • Matthew Ligocki — Senior Software Verification Engineer, Functional Safety Tools
  • Oscar Ballan — Principal Architect, Resiliency and Safety
  • Paul Blecher — Senior Functional Safety Specialist
  • Ramachandran Palappalayam — Sr Technical Manager - AI/AV/Robotics System/Software Safety
  • Rashmi Jadhav — Senior Architect | Customer Safety Engineering
  • Richard Bramley — Platform Safety Architecture
  • Roozbeh Kianfar — Senior System Safety Engineer (Autonomous Vehicle)
  • Sachin Pullaikudi Veedu — Senior Safety Algorithm Engineer, Autonomous Vehicles
  • Sanjay Gongalore — GPU and SOC Architecture - Resiliency and Functional Safety
  • Satya Rajagopalan — Functional Safety Manager/ Architect - Autonomous Vehicles
  • Shreyas Ramakrishna — System Safety Engineer
  • Smitha S — Senior Software Safety Engineer
  • Stephen Crozier — Senior Safety Architect
  • Stephen Thomas — Sr. System Safety Architect | Autonomous Vehicles
  • Sunil Bengeri — Sr Functional Safety Engineer - Automotive
  • Thyagu S — Sr. Manager - Safety SW
  • Vishnu Vardhan Neeli — Senior Software QA Engineer, NCAP and Active Safety
  • Zvi Goldshtein — Hardware Functional Safety Expert
Median tenure at company2.8 years

Median time employees have been at NVIDIA, from its LinkedIn company page (as of 2026-09).

NVIDIA

Senior Sensor Hardware Safety Engineer

Apply
Focus
Safety-critical
Location
Us, CA
Posted
Aug 24, 2026
Source
Workday

By submitting you agree to the privacy policy.

Standards
ISO 26262IEC 61508ISO 13849

Job description

About the role

NVIDIA has continuously reinvented itself for over two decades, from inventing the GPU in 1999 to transforming computer graphics, parallel computing, and modern AI. Today, GPU-accelerated computing is powering Physical Ai intelligent systems that perceive, reason, and act in the real world.

At NVIDIA, we build system, hardware, and software technologies that enable these systems to operate safely.

Our Hardware Safety Engineering team is seeking a highly motivated Sr Sensor Hardware Safety Engineer to define and drive hardware safety for sensor systems.

You will own the end-to-end hardware safety strategy for cameras, LiDAR, radar, inertial measurement units (IMUs), and other sensors across NVIDIA’s physical AI platforms. You will collaborate across sensor architecture, board hardware, software, systems, validation, and supplier teams.

Together, you will evaluate sensor safety concepts and ensure robust integration into safety-critical systems. This is an outstanding opportunity to work where advanced sensing, high-performance computing, and safety engineering converge.

What you'll be doing

  • Own the end-to-end sensor hardware safety strategy for cameras, LiDAR, radar, IMUs and other sensors used in NVIDIA automotive systems.
  • Support sensor supplier selection through technical and safety evaluations of sensor architectures, safety concepts, safety analysis, and integration assumptions.
  • Define and manage sensor hardware safety requirements, including requirements for sensor power, interfaces, timing, synchronization, data integrity, fault detection, and fault response.
  • Collaborate with sensor architects, board and system designers, software teams, and validation engineers to develop effective implementations of sensor safety requirements.
  • Perform and review safety cases & analyses, including , , DFA, and FTA, and use the results to guide architecture decisions and design improvements.
  • Work with third-party suppliers to evaluate safety manuals, analysis reports, assumptions of use, and supporting evidence for sensor integration.
  • Develop clear safety documentation, integration guidance, analysis reports, and user-facing safety information for internal teams and customers.

What we need to see

  • Bachelor's degree in electrical engineering, computer engineering, computer science, or a related engineering field, or equivalent experience.
  • 8+ years of relevant experience in automotive sensors, hardware systems, functional safety, or a related field.
  • Understanding of automotive sensor technologies such as cameras, radar, LiDAR, or IMUs, including their hardware architectures and system interfaces.
  • Knowledge of safety analysis methodologies, including FMEA, FMEDA, DFA, and FTA.
  • Ability to work effectively with sensor suppliers and multidisciplinary engineering teams from concept through integration and verification.
  • Proven ownership and proactivity, with a strong bias for action and results.
  • Excellent analytical, written, and verbal communication skills.

Ways to stand out from the crowd

  • Experience developing automotive sensor systems or evaluating sensor safety concepts and architectures.
  • Understanding of functional-safety development processes required for ISO 26262 or other relevant industry standards such as IEC 61508 and ISO 13849.
  • Experience defining or verifying safety mechanisms, and writing requirements, for safety-critical sensor hardware and systems.
  • Experience in PCB or ECU design and embedded systems based on NVIDIA SoCs.
  • Background in system modeling using SysML and developing structured user documentation such as DITA.

NVIDIA empowers automakers, developers, manufacturers, researchers, and startups to build and deploy physical AI systems.

Its unified AI computing architecture enables training advanced AI models on NVIDIA accelerated computing platforms and deploying them into safety-critical systems, with software updates that add and improve capabilities throughout the product lifecycle.

Pay and benefits

Your base salary will be determined based on your location, experience, and the pay of employees in similar positions. The base salary range is 184,000 USD - 287,500 USD for Level 4, and 224,000 USD - 356,500 USD for Level 5.

You will also be eligible for equity and benefits.