• Ph. D. (Mathematics) :

    The award of the Ph.D. degree is in recognition of high academic achievements demonstrated by independent research and application of knowledge to the solution of technical and scientific problems. Creative and productive inquiry is the basic requirement underlying research work. The academic program leading to the degree involves fulfilling course credit requirements, residential requirements and a thesis giving a critical account of the research carried out in any of the following areas:

    • Applied group theoretic techniques, Discrete symmetries
    • Mathematical modeling and simulation, non-linear partial differential equations
    • Linear Algebra, Numerical Methods, Operations Research
    • Differential Geometry, Multivariable Calculus
    • Mechanics of Continuous Media, Elastic Waves
    • Wave propagation, Wavelets and differential equations, Wavelets in image processing
    • Algebraic Coding Theory, Sequence Design, Distributed Source Coding
    • Fuzzy Information Measures, Decision Making, Pattern Recognition
    • Probability and stochastic process, Reliability theory and engineering applications, Statistical inference under non-standard conditions,
    • Time series analysis and forecasting. Application of Markov Random Field and Bayesian Techniques in Image Processing
    • Statistical methods in Epidemiology, Environmental and Bio Sciences.
  • M. Tech (Applied and Computational Mathematics) :

    The curriculum is designed to provide an in-depth exposure to mathematical analysis, modeling, and reasoning with high exposure to computer-based techniques. As a result, students shall become adept at exploiting mathematical libraries for improved productivity and develop the ability to concentrate on core issues in problem solving rather than do the routine drudgery of performing calculations. The curriculum has been designed to provide students a range of computer-based skills for industrial use. Three specialization streams – Computer Applications, Business Applications, and Applied Mathematics with Statistics, are provided.

    Entry Qualifications:

    Master Degree in Mathematics/Applied Mathematics/Statistics/ Operations Research /Computer Science with at least 60% marks or 6.50 CGPA on a 10-point scale.

    Program Educational Objectives (PEOs)

    The Educational Objectives of the program are to help the students to

    1. formulate and solve problems from a mathematical perspective
    2. understand the relationship of mathematics to other technical fields and develop competence at the application of mathematics in one or more of these areas,
    3. use technology effectively in mathematics and the application of mathematics,
    4. become competent in using the computer as an aid to mathematical modeling and computation, and
    5. develop communication skills appropriate in a mathematical context.