Top Tech Jobs & Startup Jobs

Perform silicon and package qualification for gaming and datacenter GPUs, define and validate test programs with Test/DFx, drive failure analysis across teams, analyze data to identify improvements, and support qualification timelines and risk management.

Lead GPU ASIC development from concept through mass production. Coordinate architecture, RTL, verification, physical implementation, packaging, test and silicon bring-up. Track milestones, mitigate technical risks, and align cross-functional teams across IP, software, emulation, VLSI, and test to deliver high-performance GPU processors for AI datacenter products.

Design, develop, test, and optimize system software for next-generation ARM SoCs in pre- and post-silicon phases. Analyze system-wide performance bottlenecks, recommend HW/SW policies, perform competitive workload comparisons, and drive full-stack adoption of performance optimizations across NVIDIA software and OSS SDKs.

Own development, deployment, and maintenance of manufacturing test solutions for datacenter systems. Set up and validate rack-level testers at factories and labs, manage facility cooling and KPIs, drive tester upgrades and failure analysis, design and qualify test fixtures/equipment, and report status and improvements to management.

Design and build next-generation autonomous vehicle systems spanning prediction, decision, planning, and control. Integrate classical safety stacks with large-scale AI foundation models and inference architectures. Develop world-model based planning, end-to-end driving pipelines, system-level safety and fallback strategies, and production-grade AV software from perception through control.

Lead verification for GPU/SoC display IP: define verification scope and testplans, build UVM-based infrastructure, develop UVM and C/C++ testbenches, drive coverage closure, debug silicon integrations, and collaborate with architects, partners, and customers globally.

Lead developer advocacy for payments, driving adoption of NVIDIA AI and computing platforms. Support partner integrations, provide code samples and demos, research ecosystem trends, collaborate with engineering and partners, present at conferences, and promote co-innovation for payments use cases like fraud detection and personalization.

Drive semiconductor reliability for new technology nodes by working with foundries and cross-functional teams to define process reliability requirements, perform wearout assessments, plan stress tests, build reliability models, provide Vmax/aging guardbands, and support product qualifications and failure disposition.

Join an agile EDA software team to develop and automate PCB electrical design and layout tools (Cadence System Capture, Allegro) for system designers. Assess requirements, build tooling solutions, integrate databases and automation, and document processes to improve SI and design workflows.

Design and implement idiomatic, safe Rust libraries and APIs for CUDA GPU computing; build Rust abstractions over native C/C++ interfaces; develop and maintain supporting C/C++ components; ensure FFI and Python interoperability; optimize cross-language and GPU performance; own features end-to-end including testing, profiling, benchmarking, documentation, packaging, and maintenance; collaborate with compiler, runtime, and Python teams; investigate and resolve safety, correctness, compatibility, and performance issues.