Job description 

What you will be doing:

The work includes building tools, infrastructure, and test frameworks used in RTL-simulations, c-simulations, Emulation, FPGA, and on Silicon.

You will understand Tegra system architecture, with a focus on all IPs in the SOC that are involved in boot and security features. The tools that you build give Design and Verification teams the ability to access registers/memory/DMA engines and other features in their unit. The tools also enable test re-use across multiple platforms (RTL, models, Emulation, and Silicon). The gamut of tools is wide and you also develop features used for Silicon bring up (example: FUSE, ATE, Security, Flash/DMA, Board I2Cs, USB debug devices among others). We strive for the highest quality of test frameworks and tools that we deliver from this team. You would assess and build C-model or RTL-simulation capability that allows us to simulate the features before Silicon arrival in a pre-silicon environment.

What we need to see:

BS or MS in Computer Science or Electronics Engineering with 3+ years of experience

Strong programmer who is proficient with C, C++, Python.

Understanding of SOC and System Architecture.

Understanding of How the SOC Devices like DMA, interrupt-engines, CPU, boot-devices, MMU/IOMMU function.

Operating System and Device-Driver concepts and ability to write no-OS test frameworks - i.e tests that run directly on the bare-metal SOC.

A good programmer takes pride in building scalable and maintainable software.

Understanding Hardware and/or Software development life cycle.

Way to stand out from the crowd:

Previous experience handling Silicon Bringup and in enabling Emulation/FPGA related test frameworks.

Exposure to Testbench architectures (C++ testbenches, SV/UVM based testbenches).

Verilog and System Verilog coding skills are a plus.