Programme overview

A bachelor's degree lays a solid foundation in the area of study that you choose. Yet, improving your overall competency is crucial if you want to move up the ladder. Those who desire to expand their knowledge of the subject can enrol in the well-liked MSc Mathematics programme. The programme typically lasts two years, though this can vary from university to university. You can choose to specialise in a variety of popular subjects, including statistics, operations research, applied mathematics, etc. Writing proofs and problem-solving skills are heavily stressed in the course curriculum. The list of topics covered in MSc mathematics courses includes true analysis, algebra, mathematical analysis, calculus, differential equations, abstract algebra, number theory, etc

  • 2 Years

    Duration of Program

  • PG

    Level of Study

Key Highlights

Well-qualified and highly experienced faculty members
Placement and Advisory Services
Industrial and educational tours and on-the-job training
Well-versed library
Well-equipped Laboratory

How will you benefit

Their strong analytical and mathematical skills are highly valued in assessing financial markets, managing investments, and evaluating risk.
They can work as data scientists, statisticians, or data analysts, helping organisations extract valuable insights from data to make informed decisions
They can work in research institutions, universities, or the research and development (R&D) departments of companies.
Mathematics is at the core of scientific research.

What will you study

Core Mathematics Subjects

Advanced Mathematical Topics

Foundations of Mathematical Analysis

Applications in Science and Engineering

  • PO1: Prepare students for pursuing careers in research, higher education, or the mathematical sciences and allied fields; inculcate critical thinking to carry out scientific investigation objectively with modern mathematical tools.
  • PO2: To develop various skills to analyse numeric problems, how do you formulate a hypothesis? Then evaluate and verify the results and extract appropriate conclusions.
  • PO3: To cop up professional activities and deal with refined standards of implicational approaches in mathematical sciences.
  • PO4: To create awareness, develop the temperament for doing doctoral research, and serve society through the magic of mathematics in all around us.

  • PSO1: Provide knowledge of the wide range of mathematical techniques and the application of mathematical methods and tools in other scientific, technical, engineering/statistical domains.
  • PSO2: Understand the fundamental axioms in mathematics in various streams like algebraic topology, statistics, trigonometry, number theory, probability, etc.
  • PSO3: Enrich and skill the students in pure mathematics and representation theory that is interlinked with other physical science subjects like physics and chemistry.
  • PSO4: Good understanding of the number theory system and modern online cryptographic technologies.
  • PSO5: Enhances problem-solving skills, critical thinking, and creativity through various mathematical modelling tasks.

  • PEO1: Give pupils an advanced understanding of pure mathematics issues so they can seek higher education at reputable academic institutions.
  • PEO2: A solid grounding in algebraic topology and representation theory, which are closely related to and used in string theory and other theoretical physics.
  • PEO3: Solid knowledge of number theory that can be applied to contemporary online cryptography techniques.
  • PEO4: Foster critical thinking, creativity, and problem-solving abilities through project work and assignments.
  • PEO5: Help students prepare (via personal counselling and reading materials) for competitive exams like NET and GATE.


Teacher or Professor
Software Developer or Engineer


Eligibility Criteria

Mathematics is one relevant subject of study during graduation.

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