In this module, we will dive into autoencoders, covering both theoretical aspects and practical implementations. You will gain a solid understanding of how autoencoders work, their applications, and get hands-on experience coding these models.

In this module, we will cover the essentials of generative adversarial networks, including an overview of their principles and coding implementations. You will learn to develop a GAN model and engage in exercises that challenge you to apply these techniques to specific tasks.

In this module, we will explore graph neural networks, starting with the basics and moving through coding implementations. You'll learn how to prepare data, train models, and evaluate their performance, all within the context of GNNs.

In this module, we will delve into Transformers, beginning with foundational concepts and then focusing on their application to vision tasks. You'll gain hands-on experience in implementing and training a Vision Transformer on a custom dataset.

In this module, we will introduce you to PyTorch Lightning, a powerful framework for PyTorch model development. You'll learn the basics, implement models, and explore techniques such as early stopping to optimize your training processes.

In this module, we will cover semi-supervised learning, beginning with foundational concepts and progressing through practical implementations. You will learn about supervised reference models, set up datasets, and develop models that effectively utilize both labeled and unlabeled data.

In this module, we will explore the vast field of Natural Language Processing, from fundamental concepts to hands-on coding implementations. You'll learn to work with word embeddings, sentiment analysis, pre-trained models, and advanced topics like zero-shot classification and vector databases.

In this module, we will cover a range of miscellaneous topics in machine learning, including architectures like ResNet and Inception, and concepts such as Extreme Learning Machines. Each topic will include both theoretical understanding and practical coding exercises.

In this module, we will focus on model debugging techniques, specifically using hooks. You'll learn the theoretical aspects and get hands-on experience implementing hooks to troubleshoot and optimize your models.

In this module, we will explore the essentials of model deployment, covering both on-premise and cloud-based strategies. You'll learn to deploy models using Flask, consume data from APIs, and utilize Google Cloud for deploying model weights and REST APIs.

In this module, we will conclude the course by summarizing key concepts and techniques covered throughout. Additionally, we will provide resources and recommendations for further learning to help you continue your journey in advanced PyTorch techniques and applications.