What the course covers.
- Module 1
Foundations of Reinforcement Learning
Learners begin by understanding the core concepts of RL, including agents, environments, rewards, states, and actions. This module covers the theory behind Markov Decision Processes (MDPs), exploration vs exploitation, and value-based methods such as Q-learning. Hands-on exercises allow learners to implement basic RL algorithms in Python and observe agent behaviour in simulated environments.
- Module 2
Advanced Algorithms & Techniques
This module introduces advanced reinforcement learning methods, including policy gradients, actor-critic algorithms, and deep reinforcement learning using neural networks. Learners work with frameworks such as TensorFlow, PyTorch, and OpenAI Gym to train agents in complex environments, gaining practical experience in algorithm selection, tuning, and performance evaluation.
- Module 3
Autonomous Systems & Real-World Applications
Learners apply reinforcement learning to build autonomous systems capable of adaptive decision-making. The module covers integration with robotics, simulation environments, and AI-driven decision systems. Participants also learn best practices for deploying RL agents, managing safety and reliability, and scaling systems for real-world applications in industries like robotics, gaming, finance, and aerospace.

