1. Tensor Mechanics and Shape Reasoning
4 lessonsMaster tensor fundamentals, broadcasting rules, and shape debugging to prevent the most common PyTorch errors.
2. Autograd and Gradient Flow
5 lessonsUnderstand how PyTorch tracks operations and computes gradients to debug training issues and build custom layers.
3. Efficient Data Loading and Preprocessing
5 lessonsDesign data pipelines that don't bottleneck training using DataLoader, transforms, and batching strategies.
4. Training Loop Design and Optimization
5 lessonsBuild robust training loops with proper gradient updates, learning rate scheduling, and checkpoint management.
5. Performance Profiling and Model Optimization
5 lessonsUse PyTorch profiling tools to identify bottlenecks and apply optimization techniques for faster training and inference.
6. Model Export and Deployment Patterns
5 lessonsExport PyTorch models to portable formats and integrate them into production serving systems.
7. Distributed Training and Hardware Portability
4 lessonsScale training across multiple devices and understand how PyTorch abstracts hardware differences.
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