Mathematical Micro Economics

he Mathematical Microeconomics course is designed to provide a rigorous, mathematics-focused approach to key topics in microeconomic theory. This course goes beyond conceptual overviews and delves into mathematical techniques to analyze and solve economic models, providing students with practical tools for understanding economic behavior and market dynamics quantitatively. Usually, students of economics face problems when it comes to solving the mathematical problems in micro economics.

Key topics covered include Consumer Theory, where we explore utility maximization, demand functions, and income/price effects; Production Theory, examining cost functions, profit maximization, and production optimization; and Market Structure Analysis, focusing on competitive and monopoly markets, and extending into Oligopoly models using game theory to understand strategic interactions among firms. Additionally, the course covers the Factor Market, exploring input pricing, labor market dynamics, and capital allocation in resource markets.

While the course includes necessary theoretical foundations, the emphasis remains on mathematical modeling and problem-solving techniques, including calculus, optimization, and matrix algebra. This structure equips students with the analytical tools necessary to tackle complex microeconomic issues and prepares them for advanced applications in economics, finance, and data-driven decision-making. Suitable for students with a strong mathematical background, this course bridges the gap between theoretical economics and quantitative analysis.