M.Sc. (Mathematics and Computing) Scheme and Syllabus

Nature: Full time/ Part time/ Correspondence: Full Time

Duration: Two Years (4 Semesters).

Mathematics and Computing Programme is combination of mathematics with computer science. Covering the major areas in demand today, this programme is of utmost value to the aspiring graduate students with Mathematics background. The course provides students with comprehensive theoretical knowledge and also practical training in computer science and numerical computing. This programme has been introduced due to the need for sophisticated mathematics for modern scientific investigations and technological developments. The curriculum is designed to provide students with in depth theoretical background and practical training in computer science and numerical computing so that a student become competent to take challenges in mathematics at national and international levels.

Eligibility Criteria and Admission Procedure: The candidates seeking admission to M.Sc. (Mathematics and Computing) must have a Bachelor degree with Mathematics as a major subject. The qualifying degree must be from a recognized University by the University Grants Commission with minimum duration of  three years.  The candidate must have at least 60% (55% for SC/ST) marks in qualifying degree. Admissions shall be made by merit which will be made by combining the percentages of marks obtained in 10th, 12th and graduation level. The degree marks will be considered up to second year/four semesters. 

Number of Seats: 20

Program Educational Objective:  The objectives of the M.Sc. (Mathematics and Computing) program are to

1. create a platform for higher studies and research in mathematics, computing and inter-disciplinary areas.
2. develop sound analytical and practical knowledge to take up jobs in Software, Finance Industry, Research and Teaching.
3. prepare students to qualify various national and international competitive examinations.

Program Outcomes: The successful completion of this program will enable the students to

1. acquire the knowledge and explaining of the pure mathematics covering analysis and algebra and ability to apply this knowledge in other fields.
2. use of applied mathematics courses such as Numerical Analysis, Operations Research, Probability and Statistics; and Mechanics to solve real life problems.
3. join software and IT industry with sound knowledge of programming and mathematics based computing.
4. pursue research as a career in mathematics, computing and inter-disciplinary fields.