COURSE CURRICULUM

The Mathematical Sciences curriculum provides a comprehensive and rigorous foundation in both theoretical and applied mathematics, equipping students with strong analytical and problem-solving skills. Courses such as Calculus and Linear Algebra introduce essential mathematical tools used to analyze change, model relationships, and solve complex systems of equations. Discrete Mathematics focuses on structures such as graphs, logic, and combinatorics, which are fundamental in computer science and algorithm design. Mathematical Reasoning helps students develop logical thinking and proof-writing skills, forming the backbone of advanced mathematical study.As students progress, they explore more advanced topics such as Abstract Algebra and Real Analysis, which deepen their understanding of mathematical structures, functions, and theoretical concepts. Probability and Statistics provide essential knowledge for analyzing data and making informed decisions, while Mathematical Modeling teaches students how to apply mathematical techniques to real-world problems in science, business, and engineering. Numerical Analysis focuses on computational methods used to approximate solutions to complex mathematical problems, and Introduction to Computer Science complements the curriculum by building programming and computational thinking skills.In addition to core coursework, students can specialize through a variety of concentrations that align with their interests and career goals. Actuarial Science focuses on risk assessment and insurance mathematics, while Applied and Computational Mathematics emphasizes real-world problem solving using mathematical models. Financial Mathematics prepares students for careers in finance, and Pure Mathematics focuses on theoretical exploration. Quantitative Analysis and Operations Research develops skills in optimization and decision-making, while Statistics centers on data analysis. The Individualized Concentration allows students to tailor their studies, creating a personalized academic path. Together, these courses and tracks provide a strong and flexible foundation for careers or advanced study in mathematics and related fields.