Reinforcement Learning – Learning through experience
Reinforcement Learning (RL) is a cutting-edge area of artificial intelligence focused on machine learning through interaction with the environment and the accumulation of experience.
Ideal for teams that…
Hands-on AI and data analytics workshops — built around your team's real cases.
The fundamentals of reinforcement learning and its real-world applications
How to design RL environments and implement reinforcement learning algorithms in Python
How to analyze and optimize the learning process of agents in different scenarios
How to build modern AI systems using experience-based learning — from simple examples to advanced projects
Real-world RL use cases, opening opportunities for new projects in AI, automation, and data analysis
What we actually do
Day 1: Introduction and Foundations of Reinforcement Learning
- · What is RL and how does it differ from other machine learning techniques
- · Key concepts: agent, environment, actions, rewards, policy, value function
- · Comparison with supervised and unsupervised learning tasks
- · Intuitive examples (board games, robot control, recommendation systems) to illustrate RL in practice
- · Markov Decision Processes (MDP)
- · Bellman equations and their importance
- · Overview of basic algorithms: Dynamic Programming
- · Practical exercises with RL simulators (OpenAI Gym, TensorFlow Agents)
- · Extended workshop: creating a custom environment (e.g., production line control, movie recommendation system, website traffic optimization) and defining agent reward rules
Day 2: Classical Algorithms and Practical Applications
- · Q-Learning, SARSA, Monte Carlo methods — theory and implementation
- · Exploration vs. exploitation strategies (epsilon-greedy, softmax, UCB)
- · Workshop: building an RL agent to optimize warehouse flow, simulating logistics scenarios and analyzing exploration strategies
- · Direct approaches to policy optimization
- · Introduction to actor-critic methods and implementation
- · Practical exercise: RL-based ad budget allocation — training an agent to optimize campaign spending
Day 3: Advanced Methods and Practical Workshops
- · Deep Reinforcement Learning — combining RL with neural networks
- · Overview of frameworks and libraries (OpenAI Gym, Stable Baselines)
- · Challenges of scaling RL algorithms to high-dimensional problems
- · Real-world use cases: Atari gameplay, autonomous driving, financial process optimization, user behavior analysis
- · Implementing a simple RL agent from scratch in Python — building, training, and testing
- · Analyzing results and tuning hyperparameters (learning rate, discount factor, epsilon decay)
- · Comparing algorithms (Q-Learning vs. Deep Q-Network) in the same environment to evaluate effectiveness
- · Discussion: challenges and best practices in RL projects
From brief to retro in 30 days.
Brief & diagnosis
A call with the team lead + a short survey for participants. We define goals, gap and context.
Program customization
We adapt modules, case studies and code examples to your stack. Approval in 5 days.
Workshop
Trainer-led sessions, hands-on, code review. Mentor available between sessions too.
Retro + report
Outcome report for the team and lead. 30 days of consulting included.
Send a brief. We'll reply within 1 day.
After a short brief we'll prepare a program and a quote. No obligations — it's just a starting point.
Thank you!
We'll get back to you within 1 business day.
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