The MSc in Mathematics at Apex University provides an advanced study of pure and applied mathematics. The curriculum includes algebra, calculus, topology, differential equations, and mathematical modeling. Students develop analytical and problem-solving skills applicable to research, finance, data science, and cryptography. The program integrates theoretical concepts with real-world applications, preparing graduates for careers in academia, computational sciences, and quantitative research. With industry-aligned learning and research-based projects, students gain expertise in mathematical innovations and computational techniques.
Passed in Bachelor’s degree (any discipline) or equivalent. Obtained at least 50% for General, 45% for SC, ST, OBC & SBC
20000/-
2 Years (4 Semesters)
50% CUET and 50 % AUCET
Scholarship up-to 10 Lacs available for meritorious students
Semester 1 | |
---|---|
THEORY PAPER | PRACTICAL PAPER |
- Algebra-I | |
- Real Analysis | |
- Differential Equations-I | |
- Differential Geometry | |
- Dynamics of Rigid Bodies | |
- Calculus of Variation & Special Function-I |
Semester 2 | |
---|---|
THEORY PAPER | PRACTICAL PAPER |
- Algebra-II | |
- Topology | |
- Differential Equations-II | |
- Riemmanian Geometry & Tensor Analysis | |
- Hydrodynamics | |
- Special Function-II |
Semester 3 | |
---|---|
THEORY PAPER | PRACTICAL PAPER |
- Functional Analysis-I | |
- Viscous Fluid Dynamics-I | |
- Integral Transform | |
- Elective Courses (Choose Any Three) | |
- Continuum Mechanics-I | |
- Mathematical Programming-I | |
- Numerical Analysis-I | |
- Mathematical Statistics-I |
Semester 4 | |
---|---|
THEORY PAPER | PRACTICAL PAPER |
- Functional Analysis-II | |
- Viscous Fluid Dynamics-II | |
- Integral Equations | |
- Elective Courses (Choose Any Three) | |
- Continuum Mechanics-II | |
- Mathematical Programming-II | |
- Numerical Analysis-II | |
- Mathematical Statistics-II |
This program develops mathematical expertise, focusing on logical reasoning and problem-solving skills. It integrates abstract and applied mathematics, including statistics, optimization, and number theory. Students gain exposure to computational techniques, preparing them for careers in research, financial analytics, cryptography, and academia.
The MSc Mathematics program integrates theoretical and practical mathematics, equipping students with problem-solving skills. The curriculum includes advanced topics like cryptography, statistics, and data analysis. With research-based learning and industry collaborations, graduates are well-prepared for careers in academia, finance, and computational research.
Operations Research Analyst:
Applies mathematical techniques to optimize efficiency in business and industrial processes.
Mathematical Modeler:
Develops complex mathematical simulations to solve real-world engineering and business problems.
Actuary:
Assesses financial risks, predicts trends, and provides insurance and investment analysis.
Statistician:
Interprets data, applies statistical models, and helps organizations make data-driven decisions.