Computer Vision with PyTorch: Practical Deep Learning

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Computer Vision with PyTorch: Practical Deep Learning
Published 10/2026
Created by Ackley Will
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English + subtitle | Duration: 44 Lectures ( 8h 26m ) | Size: 8.4 GB

Build and improve image classifiers with hands-on projects, CNNs, transfer learning, and fine-tuning.

What you'll learn
⚡ Build your first image classifier with PyTorch through a guided, step-by-step project.
⚡ Understand how neural networks learn from examples and recognize patterns in images.
⚡ Prepare your own image datasets for training and testing computer vision models.
⚡ Build and train convolutional neural networks (CNNs) with clear explanations and practical Python code.
⚡ Evaluate your model's predictions and identify where it performs well and where it makes mistakes.
⚡ Improve your models with transfer learning and selective fine-tuning using a pretrained ResNet.
⚡ Apply data augmentation and regularization to reduce overfitting and help your models perform better on new images.
⚡ Complete an image classification project and adapt the workflow to your own ideas and datasets.

Requirements
❗ Basic Python programming knowledge, including variables, loops, and functions.
❗ A computer with internet access and permission to install Python, PyTorch, and Jupyter Notebook.
❗ No previous experience with PyTorch or computer vision is required.
❗ A willingness to learn by doing, experiment with the code, and work through the projects.

Description

Build your first computer vision model. Then learn how to make it better.
Turn your Python skills into working image classification projects with PyTorch. Learn how to train a neural network, understand its predictions, and make informed decisions about what to improve next.

Whether you are building your first model or have already followed a few tutorials, this course gives you a connected path through the complete workflow: prepare your images, build a model, train it, evaluate its performance, and experiment with improvements.

See your first classifier in action early in the course
You will begin with a guided Rock-Paper-Scissors project, using a provided notebook to see how the pieces fit together. You can follow the complete process before learning every implementation detail.

From there, we will explore how neural networks learn and connect those ideas to practical PyTorch code. You will develop an intuitive understanding of predictions, loss, backpropagation, and parameter updates, then see how convolutional neural networks work with images.

Build one project and improve it step by step
The main project uses the Intel Image Classification dataset to recognize six types of scenes, including buildings, forests, and mountains.

You will start with a simple CNN and follow its development across several modules. As you add new techniques, you will compare results and investigate what changed.

Along the way, you will learn to

✨ Prepare image datasets, transformations, and data loaders.

✨ Build and train a convolutional neural network in PyTorch.

✨ Use training, validation, and test sets for their different purposes.

✨ Interpret learning curves, classification metrics, and confusion matrices.

✨ Apply transfer learning with a pretrained ResNet-18.

✨ Fine-tune selected layers to adapt the model to your task.

✨ Use data augmentation, dropout, and weight decay to address overfitting.

✨ Compare models, save checkpoints, and make predictions on your own images.

Understand what your results are telling you
A model can perform well during training and still struggle with new images. It can also achieve a promising overall score while repeatedly confusing particular categories.

You will learn how to recognize these patterns and use them to guide your next experiment. The emphasis is on understanding your results, comparing approaches, and explaining the decisions you make.

Bring everything together in a final capstone
Return to Rock-Paper-Scissors with a stronger set of skills. Establish a baseline, apply transfer learning and selective fine-tuning, compare the final models, and examine their mistakes.

The capstone gives you room to make your own implementation decisions, with hints and a completed solution available when you need support. The solution includes reference results so you can compare your approach and interpretation.

Learn with clear explanations and practical resources
The course includes guided video lessons, downloadable Jupyter notebooks, practice tasks, and completed solutions. Setup guidance helps you prepare your environment, and a Jupyter Notebook introduction is included if you are new to it.

I am Ackley Will, a university computing professor with more than 12 years of teaching experience and research experience in computer vision and deep learning. My goal is to help you understand the ideas, connect them to code, and build the confidence to experiment.

You need basic Python knowledge, including variables, loops, and functions. No previous experience with PyTorch or computer vision is required.

Join me and build a practical workflow you can adapt to your own image classification projects.

Who this course is for
⭐ Python learners who want to build their first computer vision projects with PyTorch.
⭐ Students and developers looking for a practical introduction to deep learning for image classification.
⭐ Learners who have built basic models and want to improve their results with transfer learning, fine-tuning, and data augmentation.
⭐ Researchers and professionals who want to apply an image classification workflow to their own datasets.

Code:

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