Game Theory is a fundamental interdisciplinary course that bridges management science, economics, mathematics, and other fields, designed for undergraduate students. The course aims to systematically equip students with the essential theories and methods of game analysis and strategy formulation. Focusing on behavioral interaction and strategic decision-making, it explores the mechanisms of mutual influence among rational decision-makers, fostering students' ability to analyze and solve complex problems with systematic and strategic thinking. This course is not a mere collection of theoretical concepts or a simple review of classic cases. Instead, it uses intuitive examples as entry points, guiding students from foundational models (such as Nash equilibrium) to more complex topics like dynamic games, emphasizing the integration of theory and practice. The content spans various domains, including competition and cooperation in economics, incentives and constraints in management decision-making, and equilibrium and efficiency in social behavior. Through diverse real-world applications, the course enhances students' insight and analytical skills in addressing practical problems. Game Theory places a strong emphasis on developing students' sensitivity to strategy formulation and optimization. It helps them build a mindset that transitions from solely pursuing individual optimality to considering the overall system's optimization. This foundation prepares students for innovative practices in economic decision-making, resource allocation, and system optimization. |
