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Bachelor of Science in Mathematics

The Bachelor of Science in Mathematics/Applied Mathematics program provides a comprehensive study of mathematics, the science of patterns, encompassing both pure and applied aspects. Students will explore traditional domains such as arithmetic, algebra, geometry, and analysis, while developing powerful modes of thought including abstraction, generalization, deduction, and the axiomatic method. This program emphasizes the universal applicability of mathematics as an essential tool in various fields, including natural sciences, engineering, medicine, finance, and social sciences. With a focus on both theoretical foundations and practical applications, the curriculum covers classical and contemporary mathematics, preparing graduates for research, higher studies, and diverse professional careers in the 21st century.

Career Opportunities

Education: Teaching mathematics at high school and tertiary levels.
Statistics: Statistical analysis, data science, and biostatistics.
Actuarial Science: Risk assessment and management in insurance and finance.
Operations Research: Optimization and decision-making in various industries.
Risk Management: Financial risk analysis and mitigation.
Business and Economics: Quantitative analysis, financial modeling, and economic forecasting.
Banking and Finance: Financial analysis, investment banking, and quantitative trading.
Computing and Information Technology: Software development, data analysis, and algorithm design.
Research: Pure and applied mathematics research in academia and industry.

Program Highlights

Comprehensive Mathematical Foundations: Study of traditional and contemporary mathematical theories and techniques.
Pure and Applied Mathematics: Exploration of both theoretical and practical applications of mathematics.
Development of Analytical and Critical Thinking Skills: Enhancement of mathematical and critical thinking abilities.
Interdisciplinary Applications: Understanding of mathematics' role in various fields, including science, engineering, and finance.
Preparation for Research and Higher Studies: Curriculum designed to prepare graduates for advanced studies.
Exposure to Modern Mathematical Tools: Integration of computing methods and mathematical software.
Focus on 21st-Century Trends: Addressing the growing importance of experimental and computational mathematics.
Emphasis on Mathematical Modeling: Application of mathematical models to solve real-world problems.
Broad Coverage: The program provides students with substantial exposure to the breadth and depth of mathematics, from classical to contemporary, and from theoretical to applied.