Other - Engineering & Technology in Ca

You will work directly with engineers across the company to build next-generation hardware

Design and develop a robust tracking and fusion algorithm that improves the accuracy and consistency of the detection of dynamic obstacles

Lead a team responsible for bringing next-generation silicon photonics technologies from composition validation through manufacturing ramp and high-volume production

Drafting microarchitecture documents and implementing high-performance, and area and power-efficient RTL to meet strictly defined development targets and specifications

Define and optimize top-level floorplan, including die size estimation, route planning and hierarchy definition and efficient partitioning

As a member of the fabric verification team, you will play a crucial role in verifying the design, architecture, and micro-architecture of NVIDIA's scalable coherency fabric (SCF) using sophisticated verification methodologies

NVIDIA is seeking elite ASIC Verification Engineers to verify the design and implementation of the world’s leading GPUs

Analyze product yield limiters, drive failures on Automatic Test Equipment (ATE) at wafer and package level

NVIDIA is seeking a motivated architect to work with a team in solving complex problems while optimizing performance, area, complexity, and power on leading-edge silicon processes

NVIDIA is building the system, hardware, and software technology which enables autonomous driving

Design high frequencies channels up to 400Gb/s per lane for PCBs, packages, connectors and cables

Work within a multi-functional team on various projects involving Pre-silicon and Post Silicon hardware design and related data, Circuit Optimization and Spice correlation

Serve as the lead for defining, developing, implementing and supporting ATE test development, including defining test programs, driving test hardware development, and leading bring up of new silicon

Work with sophisticated technologies and develop behavioral model and verification for custom mixed signal design cells that would be used on all the NVIDIA products

Drive architectural improvements to simplify and modularize the software stack

The role entails working collaboratively and multi-functionally with a multi-disciplinary team of Photonics, CMOS, Electronics, and Systems engineers

As a member of our Mixed-Signal team, you will be leading architecture definition and design of CMOS high-speed interface circuits and mixed-signal circuits

You will collaborate with Architects, Performance Engineers, Software Engineers, ASIC Design Engineers, and Physical Design teams to study and implement power analysis and reduction techniques for NVIDIA's next generation GPUs and Networking products

The DFP Engineer – Manufacturing role defines and implements the validation and screening of new silicon features within high‑volume manufacturing flows

Develop key features for NVIDIA's autonomous driving platform, focusing on trajectory planning, motion planning, and control problems

Providing support for GPU and Tegra SLT systems by handling setup, bringup, maintenance, troubleshooting, and repairs

Drive global adoption of the Newton framework by partnering with industry leaders, academic researchers, and major ISVs

Work with sophisticated technologies and develop behavioral model and verification for custom mixed signal design cells that would be used on all the NVIDIA products

Own the package‑level reliability spec for assigned products, defining qualification requirements and pass/fail criteria for device/package‑level reliability

Define best-in-class power delivery design and optimization practices from die/package through board, tray, and rack levels for the full product development cycle