Nvidia Architect - Tegra 

India, Karnataka, Bengaluru 

984321256

What you'll be doing:

NVIDIA develops outstanding solutions in the automotive, embedded and mobile spaces through its low-power high-performance Tegra System On Chips.

• In the key role of a System Architect in the Architecture team, the candidate will be responsible for invention, development and solving state of the art boot architecture and power management architecture problems.

• The profile includes definition and specification of System on Chip Boot sequences from reset, deep sleep state wakeup, defining BootROM software flows, applying crypto algorithms to a secure boot sequence for the platform.

• You would be required to specify complex hardware and software interactions, perform architecture validation and use-case analysis towards meeting the requirements of various products.

• Architect power management hardware, state machines to sequence sleep states, order various units in power up and shutdown usecases for the SOC.

• The role also includes platform modeling of the above interactions in addition building / debugging / maintaining the models, and developing validation tools for next generation secure boot software.

• Work with multiple multi-functional teams in the organization including but not limited to Architecture, Security, ASIC design, SW, product/marketing, and customer facing teams.

What we need to see:

• You have a Bachelors in Electrical Engineering or Computer Science (Masters degree or higher preferred).

• 3+ years of experience in C++ development, embedded software, and at least some exposure to system level design.

• Processor architecture, system bus architecture, ARM processor-based architecture fundamentals, strong software design fundamentals, strong hardware architecture fundamentals.

• Exposure to scripting and automation, Python, shell scripting.

• Exposure to security architecture and applied cryptography or power management architecture is a plus.

• Strong analytical skills and aptitude, eager to tackle complex problems.

• Strong hardware modelling skills.

• Goodcommunication/articulationskills and ability to work across multi-geographical teams.