Nvidia Senior Tegra Software Engineer Firmware Security 

United States, California 

219940801

What you will be doing:

• Design and implement the sophisticated security and system software solutions for Tegra Automotive, Embedded and Data Center platforms.

• Drive discussions on ROT (Root of Trust) design in the cryptographic security system.

• Develop and engage ARM Trusted Firmware opensource projects and advanced topics.

• Involve in Security SDLC and standards like ISO 26262 Safety, ISO 21434 Security.

• Develop bare metal firmware, software and applications for various security use cases and proof of concepts.

• Take an active role in the new silicon lifecycle, from pre-siliconsimulation/emulation,test validation to power-on bring up phases. Specify and implement test cases while actively seeking improvements to test automation and software quality.

• Work closely with the architecture and different software and hardware design teams to improve the next generation of NVIDIA System-on-Chips.

• Engage and collaborate with our technology partners on critical discussions.

What we need to see:

• B.S. or M.S. or equivalent experience in Computer Science, Computer Engineering, or Electrical Engineering.

• 4+ years of software development experience.

• Strong system software engineering skills combined with a drive to tackle hard problems.

• Strong programming and debugging skills in C, C++ and Assembly language. Experience in RUST and Ada/Spark programming language is a plus.

• Good understanding of operating system internals, embedded systems and security software.

• A great teammate; self-motivated and with a good attitude and the ability to work independently with minimal direction.

• Excellent communication skills.

Ways to stand out in the crowd:

• Knowledgeable in applied cryptography, secure boot and general embedded system.

• Prior exposure to advanced CPU architectures and the associated security design such as ARM Cortex-A, RISC_V or x86.

• Defensive security programming skills, software fuzzing and penetration testing experience.

• Ability to identify design vulnerabilities and debug complex problems.

• Proven interests in striving for the most secured and efficient software.