NVIDIA is seeking an experienced LLVM Compiler Engineer to join their GPU Software organization in a role that combines technical excellence with meaningful impact. This position offers an opportunity to work on cutting-edge compiler technology that powers NVIDIA's GPU solutions across various domains including deep learning, scientific computation, self-driving cars, and gaming.
The role involves working with a small, focused team on core compiler components for graphics drivers and GPU computation acceleration. You'll be collaborating with some of the industry's top minds in GPU computing and systems software, tackling critical problems that directly impact NVIDIA's product performance and capabilities.
As a Senior Compiler Engineer, you'll be responsible for designing and implementing significant compiler components, developing new optimizations, and working closely with global teams across compiler, GPU driver, architecture, and application domains. The position offers the chance to contribute to open-source projects like LLVM and DXC (HLSL compiler), making a lasting impact on the broader developer community.
The ideal candidate brings strong technical credentials with at least 3 years of compiler experience, deep C/C++ programming skills, and expertise in parallel programming models. Experience with LLVM infrastructure is crucial, while knowledge of GPU-specific technologies like CUDA, DirectX, or OpenGL/Vulkan is highly valued.
NVIDIA offers a competitive compensation package with a base salary range of $148,000 - $287,500 USD, plus equity and comprehensive benefits. The company is known for its inclusive culture and commitment to innovation, making it an ideal environment for talented engineers looking to make a significant impact in the field of GPU computing and compiler technology.
Working at NVIDIA means joining a team that's pushing the boundaries of technology in AI, gaming, and scientific computing. The role offers both technical challenges and growth opportunities, working on projects that directly influence the performance and capabilities of NVIDIA's world-class GPU products.