Remote CUDA Kernel Optimization Engineer

Cephas Consultancy Services Private Limited; California (MO); Hybrid; USD 120,000 - 180,000; Part time

Job summary

Cephas Consultancy Services Private Limited seeks a CUDA Engineering Expert for a remote contractor role on a cutting-edge AI project. You will analyze, profile, and optimize GPU kernels with CUDA to maximize throughput on modern hardware and contribute to training next-generation AI systems.

With 5–30 years in CUDA, advanced C++ HPC development, GLSL and WebGPU, you will refactor code for maintainability, implement shader logic, and document performance improvements.

Qualifications

• CUDA programming expertise with kernel performance tuning (≤140 chars).
• Advanced C++ development in HPC environments (≤140 chars).
• Experience with GLSL and WebGPU for graphics/compute shaders (≤140 chars).
• Proficiency using GPU profilers (Nsight, Visual Profiler, etc.) for guided optimization (≤140 chars).
• Strong analytical abilities to evaluate kernel performance across hardware generations (≤140 chars).
• Excellent written and verbal communication skills; remote collaboration experience (≤140 chars).

Responsibilities

• Analyze, profile, and optimize GPU kernels using CUDA.
• Identify bottlenecks and propose optimization strategies.
• Refactor C++/CUDA for cross-GPU architecture and maintainability.
• Implement shader logic using GLSL and WebGPU.
• Document findings and performance improvements with actionable reports.
• Collaborate with AI lab and remote, cross-disciplinary teams.

Skills

CUDA

C++

GLSL

WebGPU

Job description

Cephas Consultancy Services Private Limited seeks a CUDA Engineering Expert for a remote contractor role on a cutting-edge AI project. You will analyze, profile, and optimize GPU kernels with CUDA to maximize throughput on modern hardware and contribute to training next-generation AI systems.

With 5–30 years in CUDA, advanced C++ HPC development, GLSL and WebGPU, you will refactor code for maintainability, implement shader logic, and document performance improvements.