Optimize PyTorch: Build and Accelerate Layers
Optimize PyTorch: Build and Accelerate Layers
This course is part of Deep Learning Engineering Specialization
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March 2026
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There is 1 module in this course
Learn to build custom neural-network layers and accelerate model training with performance-driven PyTorch techniques. This hands-on, engineer-focused course teaches you how to design differentiable modules, diagnose bottlenecks, and apply optimizations like mixed precision and gradient accumulation to significantly boost training throughput.
Learn to build custom neural-network layers and accelerate model training with performance-driven PyTorch techniques. This hands-on, engineer-focused course teaches you how to design differentiable modules, diagnose bottlenecks, and apply optimizations like mixed precision and gradient accumulation to significantly boost training throughput.
What's included
6 videos2 readings5 assignments
6 videosβ’Total 31 minutes
- Why Custom Layers Matter in PyTorchβ’5 minutes
- Tensor Operations & Autograd: How PyTorch Tracks Your Computationsβ’4 minutes
- Coding a Squeeze-and-Excite Layer in Pytorchβ’3 minutes
- Profiling Your Training Loop with PyTorch β’7 minutes
- Accelerating Training with FP16 and Gradient Accumulationβ’9 minutes
- Congratulations and Continuous Learning Journeyβ’3 minutes
2 readingsβ’Total 18 minutes
- How PyTorch Tracks Your Computationsβ’10 minutes
- Diagnosing GPU Bottlenecks: Improving PyTorch Training Throughput β’8 minutes
5 assignmentsβ’Total 79 minutes
- Graded Quiz: PyTorch Autograd, Custom Layers, and Training Performanceβ’20 minutes
- HOL: Design a Custom PyTorch Layer with Autograd in Mindβ’20 minutes
- Practice Quiz: Core PyTorch & Deep Learning Concepts Checkβ’7 minutes
- HOL: Boost Training Throughput with Profiling, FP16, and Gradient Accumulationβ’25 minutes
- Practice Quiz: Training Performance and Optimization Fundamentals β’7 minutes
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