Roadmap to Master Reinforcement Learning (RL)
Hi everyone,
I’m a CS student aiming to master Reinforcement Learning (RL) for industry roles and startup building. I’ve designed the following roadmap and would really appreciate feedback from experienced practitioners.
My background:
- Comfortable with Python, NumPy, Pandas
- Basic ML & Deep Learning knowledge
- Long-term goal: RL Engineer / Agentic AI systems
🛣️ My RL Roadmap
1️⃣ Foundations
- Python (OOP, decorators, multiprocessing)
- Math: Linear Algebra, Probability, Calculus
- Markov Processes (MDP, Bellman equations)
2️⃣ Classical RL
- Multi-armed bandits
- Dynamic Programming
- Monte Carlo methods
- Temporal Difference (TD)
- SARSA vs Q-Learning
3️⃣ Function Approximation
- Linear approximation
- Feature engineering
- Bias–variance tradeoff
4️⃣ Deep Reinforcement Learning
- Neural Networks for RL
- DQN (experience replay, target networks)
- Policy Gradient methods
- Actor–Critic (A2C, A3C)
- PPO, DDPG, SAC
5️⃣ Advanced RL
- Model-based RL
- Hierarchical RL
- Multi-agent RL
- Offline RL
- Exploration strategies
6️⃣ Tools & Frameworks
- Gym / Gymnasium
- Stable-Baselines3
- PyTorch
- Ray RLlib
7️⃣ Projects
- Custom Gym environments
- Game-playing agents
- Robotics simulations
- Finance / scheduling problems
submitted by /u/Defiant-Screen-9420
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