Overview
The M.Sc program in Mathematics offers students advanced training in mathematical concepts, theories, and applications. The curriculum emphasizes pure mathematics, applied mathematics, and computational techniques.
The M.Sc program in Mathematics offers students advanced training in mathematical concepts, theories, and applications. The curriculum emphasizes pure mathematics, applied mathematics, and computational techniques.
Pure Mathematics (Algebra, Calculus, etc.)
Applied Mathematics & Modelling
Computational Mathematics
Mathematical Research Techniques
This foundational area covers the essential principles and theories of mathematics, including advanced algebra, calculus, number theory, and mathematical logic. Students explore topics like group theory, real and complex analysis, differential equations, and the theory of functions. This subject builds the rigorous analytical and problem-solving skills that form the core of mathematical theory.
Applied Mathematics bridges theoretical concepts with practical applications. Students learn to model real-world phenomena using mathematical equations and techniques, including fluid dynamics, heat transfer, and population dynamics. The curriculum includes mathematical modeling, numerical methods, optimization, and simulation techniques, equipping students to apply mathematics in fields like engineering, economics, and environmental science.
This subject focuses on the use of algorithms, numerical analysis, and computer programming to solve mathematical problems. Students learn to develop computational models, simulate systems, and analyze data through programming languages like Python, MATLAB, and R. Emphasis is placed on the computational aspects of solving complex mathematical problems that cannot be addressed by traditional analytical methods.
This area introduces students to the methodologies and approaches used in mathematical research. Topics include research design, data collection, mathematical proof construction, and the communication of findings. Students gain experience in academic writing, presenting research results, and conducting independent investigations. This prepares them for higher-level studies and careers in academia, industry, or research organizations.