Future Tech Jobs
Future Tech Jobs
NVIDIA has been transforming computer graphics, PC gaming, and accelerated computing for more than 25 years. It’s a unique legacy of innovation that’s fueled by great technology—and amazing people. Today, we’re tapping into the unlimited potential of AI to define...
As a Solutions Architect at NVIDIA, you will collaborate with leading pharmaceutical companies and research organizations to accelerate AI-powered drug discovery. Your role involves supporting business development, working directly with developers and customers, implementing production-grade AI deployments, and documenting best practices through trainings and technical demonstrations.
As a Solutions Architect, you will collaborate with leading pharmaceutical companies and research organizations to accelerate AI-powered drug discovery using NVIDIA’s computing platform. Your role involves supporting business development, guiding customers in implementing production-grade AI deployments, and fostering relationships with key clients. You will also contribute to the development of technical content and stay at the forefront of advancements in AI and computational science.
As a Solutions Architect at NVIDIA, you will collaborate with leading pharmaceutical companies and research organizations to accelerate AI-powered drug discovery. Your role involves supporting business development, guiding customers in implementing AI solutions, and driving innovation through proof-of-concept demonstrations and scaling AI deployments.
As a Solutions Architect, you will collaborate with pharmaceutical companies and research organizations to accelerate AI-powered drug discovery using NVIDIA’s computing platform. Your role involves building proof-of-concept demonstrations, scaling AI deployments, and fostering customer relationships, while staying at the forefront of AI and computational science.
This role involves collaborating with top game developers to optimize GPU performance and advance rendering technologies, with a focus on path tracing and neural graphics. The engineer will develop and optimize AI models and rendering algorithms, contribute to next-gen GPU architecture direction, and create technical demonstrations. Work includes profiling, tuning, and presenting innovations at conferences.
Work with top AAA game developers to optimize GPU performance and advance real-time rendering using path tracing and neural graphics. Develop and tune AI models and rendering algorithms, collaborate on next-gen GPU architecture, and create technical demonstrations and publications. Engage in low-level optimization and present findings at industry conferences.
This role involves collaborating with top game developers to optimize GPU performance and advance rendering technologies, particularly in path tracing and neural graphics. The engineer will develop and tune AI models and rendering algorithms, work closely with NVIDIA's architecture and driver teams, and create technical demonstrations using cutting-edge GPU technology. Responsibilities also include profiling, optimization, and presenting research at industry conferences.
This role involves collaborating with top game developers to optimize GPU performance and advance rendering technologies such as path tracing and neural graphics. The engineer will develop and tune AI models and rendering algorithms, work closely with NVIDIA's architecture and driver teams, and contribute to next-generation GPU innovations. Responsibilities include building technical demos, profiling performance, and presenting research at conferences.
This role involves collaborating with top game developers to optimize GPU performance and advance rendering technologies like path tracing and neural graphics. You'll develop and optimize AI models and rendering algorithms, work closely with NVIDIA's architecture teams, and contribute to next-gen GPU features. The role also includes creating technical demos, publishing research, and presenting at conferences to drive adoption of cutting-edge visual computing and AI in gaming.
This role involves designing and developing advanced physically based simulation systems for robotics and industrial digital twins. You will collaborate with teams across physics, robotics, digital twins, and GPU software to enhance simulation fidelity and robustness, focusing on real-world mechanics problems and integrating with robotics workflows.
This role involves designing and developing advanced physically based simulation systems for robotics and industrial digital twins. You will collaborate with teams across physics, robotics, digital twins, controls, and GPU software to integrate modern simulation methodologies into NVIDIA’s scalable simulation stack, focusing on high-fidelity mechanics problems and real-world applications.
This role involves designing and developing advanced physically based simulation systems for robotics and industrial digital twins. You will collaborate with teams across physics, robotics, digital twins, controls, and GPU software to integrate modern simulation methodologies into NVIDIA’s scalable simulation stack, focusing on high-fidelity mechanics problems and real-world applications.
This role involves designing and developing advanced physically based simulation systems for robotics and industrial digital twins. You will collaborate with teams across physics, robotics, digital twins, controls, and GPU software to integrate modern simulation methodologies into NVIDIA’s scalable simulation stack, focusing on high-fidelity mechanics problems and real-world applications.
This role involves designing and developing advanced physically based simulation systems for robotics and industrial digital twins. You will collaborate with teams across physics, robotics, digital twins, controls, and GPU software to integrate modern simulation methodologies and improve multibody dynamics, contact and friction, flexible-body behavior, and numerical solvers.
