Automotive IC Design Engineer Jobs: Browse ISO 26262 Roles
Every airbag controller, electronic power steering unit, and ADAS sensor fusion SoC contains a chip that had to pass ISO 26262 scrutiny. Automotive IC design engineers build those chips, and hiring in this segment is rising alongside each new vehicle platform that adds cameras, radar, lidar, or electrification.
ISO 26262 is not a software-only standard: hardware engineers must implement safety mechanisms directly in silicon. That means redundancy, error-correction logic, hardware monitors, and lockstep CPU cores at ASIL-D. Engineers document fault trees (FTA) and failure mode analyses (FMEA), then assemble the evidence package showing regulators and OEMs that a design meets its target ASIL level.
Beyond functional safety, the work involves AEC-Q100 qualification: designing for temperatures from -40°C to 175°C, elevated vibration and EMI margins, and product lifetimes of 15 or more years. Automotive communication protocols are part of the job too, specifically CAN, LIN, FlexRay, and Ethernet AVB or TSN depending on the application domain.
DFT and formal verification are both high-priority disciplines in automotive IC teams because escape rates for field failures must stay far lower than in consumer chips. DFT engineer positions and formal verification engineer openings carry direct safety implications in this market in a way that consumer chip projects rarely demand.
NXP and Infineon are the largest dedicated automotive IC companies by revenue. Renesas, STMicroelectronics, and Texas Instruments cover power management and MCUs. On the ADAS and compute side, Qualcomm's Snapdragon Ride platform and Mobileye's EyeQ SoC teams are both actively growing. See the full employer overview on the companies hiring for semiconductor design jobs page.
Compensation varies by domain and ASIL requirement. Safety-critical ASIL-D roles at NXP and Infineon in the US typically run $130K to $175K base. Senior and staff engineers on Qualcomm's automotive ADAS team and at Mobileye can reach $160K to $220K or above in total comp.
Set a search alert on semidesignjobs.com for automotive IC design roles. New openings across functional safety, ADAS silicon, and power management post as they go live.
FAQ
What is ISO 26262 and how does it affect automotive IC design?
ISO 26262 is the international functional safety standard for road vehicles. It defines hardware and software development processes for achieving specific Automotive Safety Integrity Levels, from ASIL-A to ASIL-D. IC engineers must document safety mechanisms, run FMEA and FTA analyses, and produce evidence that their designs meet the ASIL target assigned to each safety goal.
What ASIL level is most commonly required in automotive IC design engineer jobs?
ASIL-B is the minimum requirement for many automotive system ICs. Powertrain, braking, and steering control chips typically require ASIL-D. Engineers with hands-on experience implementing ASIL-D mechanisms such as dual-core lockstep, ECC memory, and hardware safety monitors are among the most sought-after candidates in the market.
How does automotive IC design differ from consumer chip design in terms of process?
Automotive chips must operate reliably from -40°C to 175°C and survive higher vibration and EMI exposure than consumer devices. Design margins, reliability analysis, and qualification testing are substantially more rigorous. Product lifetimes of 15 or more years are expected, compared to the 3 to 5 year cycles typical in consumer electronics.