(To be offered to the students of other departments)
| Semester | Course Code | Name of Course | Credits |
|---|---|---|---|
| I | MAT-M-1 | Calculus | 6 |
| II | MAT-M-2 | Algebra and Ordinary Differential Equations | 6 |
| III | MAT-M-3 | Partial Differential Equations and Numerical Analysis | 6 |
| IV | MAT-M-4 | Number Theory and Group Theory | 6 |
| V | MAT-M-5 | Mathematical Modelling | 4 |
| VI | MAT-M-6 | Discrete Mathematics | 4 |
| VII | MAT-M-7 | Special Functions and Integral Transformations | 4 |
| VIII | MAT-M-8 | Advanced Calculus / Linear Algebra | 4 |
The above Minor Courses will be offered only to those students who studied Mathematics in 10+2.
(3 Credits)
| Semester | Course Code | Name of Course |
|---|---|---|
| I | MAT-SEC-1 | Discrete Mathematics |
| II | MAT-SEC-2 | Working with Mathematical Softwares |
| IV | MAT-SEC-3 | Programming in C |
(3 Credits)
(To be offered to the students of other departments)
| Semester | Course Code | Name of Course |
|---|---|---|
| I, II | MAT-IDC | Algebra and Geometry |
| III | MAT-IDC-3 | Matrices |
These IDC courses will be offered only to those students who did not study Mathematics after matriculation.
Students are not permitted to repeat any course they have already completed for credit.
A student is required to take two Ability Enhancement Courses (Language) of 2 credits per semester in Semesters I and II from the pool of AECC courses offered by the University.
One Value Added Course of 2 credits per semester in Semesters I, II and V shall be chosen from the pool of VAC courses offered by the University.
The department may also offer some of the following Value Added Courses (VACs). These courses are not open to students of B.Sc. (Mathematics) or B.Sc. (Mathematics and Computing). However, the VAC course on Number Theory may be opted by students of B.Sc. (Mathematics and Computing).
| Course Code | Name of Course |
|---|---|
| MAT-VAC-1 | Logic and Sets |
| MAT-VAC-2 | LaTeX and HTML Theory-I |
| MAT-VAC-3 | Discrete Mathematics |
| MAT-VAC-4 | Matrices and Their Applications |
| MAT-VAC-5 | Graph Theory |
| MAT-VAC-6 | Probability and Statistics |
| MAT-VAC-7 | Number Theory |
Students are not permitted to repeat any course they have already completed for credit.
Credits: 4
Contact Hours: 60 (4 Hours per Week including Tutorials)
Maximum Marks: 100 (Including Internal Assessment = 20)
Time Allowed for Examination: 3 Hours
Candidates will be required to attempt five questions out of nine questions carrying equal marks.
Question No. 1, covering the entire syllabus, will be compulsory.
There will be two questions from each unit, and students will be required to attempt one question from each unit.
The objective of this course is to make students familiar with numerical methods used to obtain approximate numerical solutions of mathematical problems that may not have exact closed-form solutions.
Students will also learn to effectively use computational techniques and software tools in numerical computations.
(Using any Programming Language or Mathematical Software)
Credits: 2
Contact Hours: 4 Hours per Week (2 Practicals per Week)
Maximum Marks: 50 (Including Internal Assessment = 10)
Time Allowed for Examination: 3 Hours
The objective of this practical course is to make students familiar with numerical methods used for obtaining approximate numerical solutions to mathematical problems that may not have exact closed-form solutions.
Students will also gain hands-on experience in implementing numerical techniques using programming languages or mathematical software tools.
Two practical sessions of two hours each will be conducted every week in accordance with the topics covered in the theory syllabus.
(A) R. K. S. Iyengar and R. K. Jain, Numerical Methods, New Age International, 2009.