Game Theory - Extensive Games with Perfect Information

Master Extensive Games with Perfect Information: A Game Theory Course

Unlock the foundations of strategic thinking with this comprehensive course on Extensive Games with Perfect Information, a key concept in Game Theory. Whether you're a student of economics, mathematics, computer science, or simply curious about decision-making in sequential settings, this course will give you a solid theoretical and practical understanding of how rational agents interact in dynamic environments.

What You'll Learn:

• The formal structure of extensive-form games

• Game trees and representation of sequential decisions

• The concept of subgame perfection and backward induction

• Strategies and payoffs in dynamic games

• How to model and analyze multi-stage decision problems with complete transparency

Why Take This Course?

This course provides clear, step-by-step explanations and examples that demystify complex ideas. It is perfect for learners who want:

• A rigorous yet accessible introduction to game theory

• To develop strategic reasoning for economics, AI, political science, or business applications

• To strengthen their academic foundation in preparation for advanced courses or research

Course Features:

• Intuitive visualizations using game trees and diagrams

• Theoretical insights grounded in formal definitions

• Practical problem-solving and real-world applications

• Lectures created and explained by a mathematician and computer scientist

By the end of this course, you'll be equipped with the analytical tools to confidently model, interpret, and solve extensive-form games with perfect information—laying a strong foundation for further study in game theory and strategic decision-making.