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Certification

Certification: CUDA Programming for High-Performance GPU Computing

Upgrade your CV with recognized expertise in CUDA programming. Master GPU computing techniques to accelerate AI, data science, and engineering workflows—demonstrating your ability to tackle complex, high-performance computing challenges.

Exam of 10 to 20 questionsCertificate for LinkedInIntermediate · Expert · Technical

The exam

Take the certification exam

Multiple-choice questions about the course. Pass with 70% or more and your certificate is issued at once, with a public page and an "Add to LinkedIn" button.

What the exam covers

2 questions from each of the 12 chapters of the course

20 multiple-choice questions, drawn fresh for every attempt. Pass with 70% or more.

  1. 01Intro16:52
  2. 02Deep learning ecosystem20:51
  3. 03CUDA setup9:20
  4. 04C/C++ review48:44
  5. 05Intro to GPUs15:53
  6. 06Writing your first kernels123:46
  7. 07The CUDA API99:56
  8. 08Faster matrix multiplication167:14
  9. 09Triton42:07
  10. 10PyTorch extensions13:27
  11. 11MNIST MLP project143:03
  12. 12Next steps and outro13:58
About the course

The Certification: CUDA Programming for High-Performance GPU Computing is designed for professionals seeking to master GPU programming using CUDA. Gain skills such as improved decision-making, increased productivity, and a future-proof career by learning advanced memory management, optimization, and performance profiling techniques. Enroll today to set yourself apart in high-performance computing and accelerate your professional growth.

This certification covers the following topics:

  • GPU Architecture and Terminology
  • CUDA Specific Memory Allocation and Data Transfer
  • Kernel Indexing
  • Matrix Multiplication: Naive and Optimized Kernels
  • CUDA Streams for Asynchronous Execution
  • cuBLAS LT for High-Performance Matrix Multiplication
  • Atomic Operations for Thread Safety
  • Kernel Fusion for Performance Optimization
  • Tensor Cores for Accelerated Matrix Multiplication
  • Profiling with NVIDIA Nsight Compute
  • PyTorch Integration with Torch CUDA Extensions