NVIDIA is at the forefront of transforming computer graphics, PC gaming, and accelerated computing, now driving the next era of computing with AI. Join a world-class engineering team dedicated to groundbreaking innovations and shaping the future of AI and accelerated computing. This is a significant opportunity to influence silicon performance and contribute to cutting-edge technology.

As part of our Global Circuits Team, you'll design and deliver innovative circuit IPs, including SRAM arrays and analog/digital circuits. You will architect novel solutions for on-chip performance monitoring and closing estimation gaps. This role involves designing and verifying custom circuit IPs to enhance power, performance, silicon correlation, and security across NVIDIA's CPU, GPU, and Networking chips. Collaborate with global teams to tackle challenges in Vmin, Vmax, VF, Yield, and spice modeling, offering creative solutions and improving existing circuit methodologies for logic and RAMs.

This position requires close interaction with diverse global teams, understanding various methodologies, and enhancing silicon correlation for logic and RAM circuits. You will also mentor junior team members, providing technical leadership.

Design and deliver groundbreaking circuit IPs, focusing on SRAM arrays, Analog, and Digital circuits. Architect innovative circuit solutions and methodologies to monitor on-chip silicon performance and reconcile pre-silicon estimations for logic and RAMs. Engage in the design and verification of Custom Circuit IPs to boost power, performance, silicon correlation, and security for NVIDIA CPU, GPU, and Networking chips. Participate in cross-functional discussions to address challenges related to Vmin, Vmax, VF, Yield, spice modeling, and silicon debug, proposing novel solutions. Analyze and improve existing circuit methodologies for logic/RAMs to enhance silicon correlation across global teams. Provide mentorship and technical leadership to junior team members.

Possess strong fundamental knowledge of CMOS devices, RC circuits, and timing concepts including dynamic and sequential circuits. Demonstrate hands-on experience in circuit design, spice simulations, statistical modeling, and both Static and Dynamic timing analysis. Familiarity with silicon correlation, data analytics, and physical design is highly advantageous. Exhibit the ability to meet design specifications by executing and developing various flows such as EM, IR, Noise, and Static Timing Analysis (STA). Exhibit excellent communication skills and be an outstanding team player. Educational background should include a BE/M-Tech in Electrical & Electronics or equivalent experience. Requires 3-8 years of relevant industry experience.