A Complete Guide to MSc Mathematics Course: Eligibility, Admission, Fees, Scope, Career & More

M.Sc. Mathematics admission

M.Sc. in Mathematics admission is post- graduate level programs can be pursued by those aspirants who want to pursue higher educational qualification in Mathematics. The candidate should have a Bachelor degree in Mathematics (B.Sc. Mathematics) M.Sc. Mathematics provides advanced knowledge on the concept of the subjects like Calculus , trigonometry, quadratic equations, geometry, algebra etc. It also includes applied mathematics and pure mathematics.

M.Sc. Mathematics Eligibility Criteria:

For taking admission in M.Sc. Mathematic the candidate should have studied B.Sc-Mathematics at graduation level and must have passed the degree with minimum 50% marks from any recognized university

M.Sc Mathematics Admission -2024 involves 3 processes

  • Fetching prospectus from University admin office or from online mode
  • Applying online or on campus
  • Payment of admission fees and getting the admission number.
  • Getting started with on site campus classes.

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M.Sc. Mathematics Core Curriculum /Course Detail

The curriculum typically includes both core and elective courses, covering a broad range of topics. Common areas of study include:

  • Advanced Calculus and Real Analysis: In-depth study of the properties and applications of real numbers, sequences, series, and functions.
  • Complex Analysis: Examination of functions of a complex variable, including differentiation, integration, and power series.
  • Abstract Algebra: Study of algebraic structures such as groups, rings, and fields.
  • Topology: Introduction to topological spaces and continuous functions, focusing on properties preserved under continuous deformations.
  • Differential Equations: Advanced methods for solving ordinary and partial differential equations.
  • Linear Algebra: Advanced concepts in vector spaces, linear transformations, and matrices.
  • Probability and Statistics: Advanced theories in probability and statistical inference.
  • Numerical Analysis: Techniques for approximating solutions to mathematical problems that cannot be solved analytically.
  • Mathematical Modeling: Application of mathematical methods to simulate real-world systems and solve practical problems.
  • Functional Analysis: Study of vector spaces and linear operators, focusing on spaces of functions.

Fees for Admission in MSc Mathematics

One can refer to the Mangalayatan University,Aligarh website to find the exact amount of fees to charged by the University for allowing student to pursue M.Sc. Mathematics.

Course Duration for Admission in M.Sc. Mathematics

M.Sc. Mathematics is two (2) year program .

Career Scope of M.Sc. Mathematics

There are numerous scope for M.Sc. Mathematics offering opportunities across various fields.

  1. Academia and Research: As an academic research , the aspirants can take up jobs in teaching as well as in research .Teaching job can either be in school or college or in any educational institution .Ph.D programs are research programs that as M.Sc. Mathematics student can also pursue.
  1. Data Science and Analytics: Companies in finance, healthcare, retail, and technology sectors seek mathematicians for data analysis, predictive modeling, and big data.

3. Machine Learning and AI: Advanced mathematical skills are crucial for developing algorithms and models in machine learning and artificial intelligence.

4.Finance and Banking:

Quantitative Analyst: In investment banks, hedge funds, and financial institutions for developing trading strategies and risk management models.

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5.Actuary: Working with insurance companies to evaluate risk and uncertainty using statistical and mathematical methods.

6.Technology and IT:

Software Development: Mathematical expertise is valuable in algorithm design, cryptography, and developing complex software systems.

7.Cybersecurity: Applying mathematical principles to develop and analyze secure systems and cryptographic protocols.

8.Engineering and Applied Sciences:

Operations Research Analyst: Optimization and decision-making in manufacturing, logistics, and supply chain management.

9.Modeling and Simulation: Using mathematical models to simulate real-world systems in fields like physics, engineering, and environmental science.

10.Government and Public Sector:

Policy Analysis: Using statistical and mathematical methods to inform public policy decisions.

Defense and Space Research: Roles in organizations like NASA, ISRO, or defense research institutions focusing on mathematical modeling and simulations.


Management Consulting: Providing analytical and strategic advice to improve business performance.

Statistical Consulting: Helping organizations with data analysis, interpretation, and application of statistical techniques.

12.Pharmaceutical and Biomedical Fields:

Biostatistician: Designing experiments, analyzing clinical trial data, and contributing to medical research.

Bioinformatics: Applying mathematical models to understand biological data, such as genomics and proteomics.


Startups: Utilizing mathematical expertise to develop innovative products or services, especially in tech-driven startups.

14.Further Studies and Specialization:

Ph.D. Programs: Specializing further in pure or applied mathematics, or interdisciplinary fields like computational biology, financial mathematics, etc.

The versatility of an M.Sc. in Mathematics means graduates can adapt to various roles that require strong analytical and problem-solving skills. The demand for such skills spans across numerous industries, providing a robust and promising career outlook. Overall, M.Sc mathematics is a versatile that opens up many career opportunities and can enhance your skill set and knowledge base.