Join NVIDIA, a leader in AI computing, and contribute to the next generation of GPUs. This role offers a unique opportunity to impact cutting-edge product lines, from consumer graphics to autonomous vehicles and artificial intelligence.

Become an integral part of a global team dedicated to pushing the boundaries of possibility and shaping the future of computing. Our passion for parallel and visual computing drives our mission to revolutionize how graphics solve complex challenges.

As a crucial member of the ASIC Design team, you will be instrumental in crafting and implementing graphics and compute features within an IP.

Your responsibilities include leading the micro-architecture and RTL design for GPU ASICs. You'll collaborate closely with architecture, verification, and physical design teams to ensure the delivery of high-quality designs.

You will develop RTL using Verilog/SystemVerilog, contribute to design specifications, and meticulously ensure designs meet performance, power, area, and timing targets. Close collaboration with HW architects and designers is essential for making optimal implementation choices. Furthermore, you'll work alongside verification engineers to guarantee comprehensive validation and coverage of all implemented functionalities. Your role also extends to participating in silicon bring-up, post-silicon debug, and performance analysis as needed.

We are seeking candidates with a B.Tech. or M.Tech. and a minimum of 3 years of relevant experience.

Essential skills include a strong familiarity with Verilog, C++, and Object-Oriented Programming (OOPs) concepts. Proven experience in RTL design and micro-architecture development at the unit or subsystem level is required.

A solid understanding of digital design fundamentals, encompassing synchronous design, timing, and clock/reset methodologies, is critical. Knowledge of computer architecture concepts is also necessary, alongside exceptional analytical and problem-solving capabilities.

While not mandatory, knowledge of SystemVerilog and ASIC design methodologies is highly desirable. Experience with industry-standard design, simulation, and debug tools is expected.

Stand out qualities include prior experience in 3D graphics processing or processor design, proficiency in C/C++ programming, and scripting skills using Perl and Python. Excellent debugging abilities and an understanding of ASIC implementation flows are advantageous. Strong communication and interpersonal skills, coupled with a collaborative spirit, are also highly valued.