@DanKornas: GPU engineering is too broad to learn from random tabs. Awesome GPU Engineering is a curated GitHub list of resources f…
Summary
A curated GitHub list of resources for learning GPU engineering, covering architecture, kernel programming, optimization, distributed systems, and AI acceleration with books, frameworks, profilers, and interview prep.
View Cached Full Text
Cached at: 06/29/26, 12:21 AM
GPU engineering is too broad to learn from random tabs.
Awesome GPU Engineering is a curated GitHub list of resources for learning GPU engineering across architecture, kernel programming, optimization, distributed systems, and AI acceleration.
It helps you build a cleaner learning map by grouping books, frameworks, profilers, systems tools, courses, papers, and interview topics in one scan-friendly place.
Key features:
• Learning path coverage – starts with foundational books like Programming Massively Parallel Processors and CUDA by Example • Framework map – links CUDA, ROCm, OpenCL, SYCL / oneAPI, Vulkan Compute, Metal, and Mojo • Performance toolbox – points to Nsight, CUTLASS, TensorRT, Triton, and the Roofline Model • Multi-GPU + AI systems – collects NCCL, vLLM, Accelerate, TensorRT-LLM, Horovod, DeepSpeed, and Megatron-LM • Study material + interview prep – includes courses, papers, learning tools, and GPU systems design topics
It’s open-source (CC BY 4.0 license).
Link in the reply
Similar Articles
@0x0SojalSec: Fuck your paid courses, Master GPU engineering for AI systems. From foundational books and CUDA/ROCm programming to low…
A curated list of resources for mastering GPU engineering for AI systems, covering CUDA, ROCm, optimization tools, multi-GPU orchestration, and distributed training.
@vivekgalatage: Best structured reference I've found for GPU optimization - 450 papers, 14 years of research. Some techniques will have…
A tweet shares a structured reference of 450 papers on GPU optimization spanning 14 years, noting that while some techniques evolve, the mental models remain useful. It also references a lecture on GPU architectures by Onur Mutlu.
@pauliusztin_: I just found one of the most useful resources for understanding GPUs. No more jumping between random docs, PDFs, and fo…
Modal Labs has released an open-source, interlinked GPU glossary that consolidates fragmented NVIDIA documentation, CUDA details, and compiler flags into a single navigable resource for engineers optimizing LLM training and inference.
@chessMan786: Fundamentals of GPU Architecture
A tweet shares a link to an article about the fundamentals of GPU architecture.
@kmeanskaran: https://x.com/kmeanskaran/status/2105635344385450151
An in-depth explainer on GPUs for AI engineers covering GPU architecture (SMs, tensor cores, CUDA kernels), how training and inference differ, GPU generations and pricing, NVIDIA competitors, and hands-on memory/compute math for running gpt-oss-120b and Kimi K3 locally.