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Tier-1 brand plus metro location and mid-level experience, but niche embedded safety skills moderate competition.
Highly domain-specific embedded, safety, SoC bring-up and Ada/SPARK requirements limit cross-industry transferability.
Multiple mandatory domain skills and safety/formal-methods expectations create stringent shortlisting filters.
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Design and develop ISO26262 and ISO21434 compliant configuration and system software for NVIDIA DRIVE autonomous vehicle platform.
Perform development and bring-up activities for next-generation Tegra SOC hardware and systems.
Architect solutions and debugging tools to manage complex interactions across a large embedded software stack, employing Formal Methods for high integrity software.
BS/MS in Electrical Engineering, Computer Science, or Computer Engineering.
More than 5 years of experience with embedded systems development.
Experience with QNX and Linux system software development and configuring complex virtualized systems.
Strong proficiency in Python, C, C++, and/or Ada/SPARK programming and debugging; good understanding of computer architecture, OS fundamentals, Ethernet networking, and hardware board-level debugging.
Experienced in taking features from inception through product delivery within Software Development Processes, particularly in automotive standards ISO26262 and ISO21434.
Familiar with Formal Methods such as TLA+ and Ada/SPARK toolchains for high integrity software development.
Capable of integrating hardware-level debugging with software solutions and collaborating effectively with hardware vendors and cross-functional teams.