The Department of Mathematics was established in the year 1963. In the first year the Department of Mathematics (DoM for short) taught 120 students. The number of students grew in leaps and bounds year after year and now after its existence for over 6 decades the DoM has to its credit to have taught more than 10,000 students during the last 5 academic years. Beginning with a modest strength of three faculty members in its first year of inception the DoM has grown in strength and now boasts of having twenty three (23) faculty members of which twenty (20) are with Ph. D. degree and three (3) are pursuing their Ph. D. degree. The DoM is involved with teaching activities for UG / PG / global electives and is recognized as research centre for pursuing Ph.D in Mathematics under VTU, the affiliating University. Under this research centre, faculty members are undertaking funded research projects and consultancy work, publishing research papers in referred/peer reviewed journals, organizing workshops and conferences.
Department has MOU with Sri Vidya Mandir Arts and Science college (Autonomous) Uthangarai, Krishnagiri-636 902, Tamilnadu, India .
Vision
Impart outcome based education, focusing on quality teaching with an emphasis on Mathematical modeling and sustainable interdisciplinary research.
Mission
- To create infrastructure and resources for quality teaching
- To train graduates with mathematical background for solving complex engineering problems
- Enable to acquire latest skills of experiential learning for problem analysis and develop solutions
- Create an ambience for sustainable interdisciplinary research
Long Term Goals
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To make every faculty attain PhD through research centre facility.
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To establish centre of mathematical modeling and incubation centers.
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To introduce new courses as elective subjects in tune with state-of-art technology.
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To organize International / National conferences periodically.
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To focus more on research with industrial projects handling.
Short Term Goals
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To introduce more electives in UG Programs.
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To achieve 100% pass in the next 5 years.
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To have more Ph.D. qualified faculty.
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To take-up R&D and Consultancy activities.
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To have at least 20 research paper publications by the faculty members yearly.
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To take up DST / AICTE sponsored projects, jointly with engineering departments.
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We provide an education that is strong in fundamentals and applied knowledge which enables them for graduate study and immediate selection in a variety of fields as well as for lifelong learning.
Academic Program
Courses Offered: UG
|
SL No. |
Name of the programme |
Branches |
Course title (with code) |
|
1 |
I Semester B.E |
EC, EE, ET |
Fundamentals of Linear Algebra, Calculus and Numerical Methods(MA211TA) |
|
AS, CH, IM & ME |
Fundamentals of Linear Algebra, Calculus and Differential equation(MA211TB) |
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|
CI, BT, CS, CD & CY) |
Fundamentals of Linear Algebra, Calculus and Statistics (MA211TC) |
||
|
CV |
Applied Mathematics-I (MA211TD) |
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|
2 |
II Semester B.E |
EC, EE, ET |
Vector calculus, Laplace transforms and Numerical Methods (MA221TA) |
|
|
|
AS, CH, IM & ME |
Vector calculus and Computational Methods (MA221TB) |
|
|
|
CI, BT, CS, CD & CY |
Number theory, Vector calculus and Computational Techniques (MA221TC) |
|
|
|
CV |
Applied Mathematics-II (MA221TD) |
|
3 |
III Semester B. E |
EC, EE, EI, ET
|
Linear Algebra, Fourier transforms and Statistics (MA231TA) |
|
AS, BT,CH, IEM,ME |
Statistics, Laplace Transform and Numerical Methods MA231TB
|
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|
CS, CD, CY, IS
|
Linear Algebra and Probability Theory MA231TC
|
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|
CV |
Applied Mathematics for Civil Engineering MA231TD |
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|
AIML |
Mathematics for Artificial Intelligence and Machine Learning MA231TE |
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|
04 |
IV Semester |
AS, CH,CV,EE,EI, ET,ME |
Probability Theory and Linear Programming MA241TA |
|
05 |
VI Semester |
Institutional Elective |
(i) Mathematical Modelling (ii) Mathematics for Quantum computing
|
OLD Scheme
|
Sl. No |
Name of the Programme |
Branches |
Course Title (with code) |
|
1 |
I Semester B.E. |
Common to all |
Multivariable Calculus(21MA11) |
| Common to all | Engineering Mathematics-I (18MA11) | ||
|
2
|
II Semester B.E. |
Common to all |
Differential Equations and Numerical Methods (21MA21) |
| Common to all | Engineering Mathematics-II (18MA21) | ||
| 3 | III Semester B.E. | CSE, ISE | Linear Algebra, Laplace Transforms and Number Theory (18MA31A) |
| ECE, EEE, EIE, TCE | Discrete and Integral Transforms (18MA31B) | ||
| ASE, BT, CE, CH, IEM, ME | Engineering Mathematics-III (18MA31C) | ||
| 4 | IV Semester B.E. | CSE, ISE | Graph theory, Statistics and Probability theory (18MA41A) |
| ECE, EIE, TCE | Linear Algebra, Statistics and Probability theory (18MA41B) | ||
| ASE, CE, CH, ME | Engineering Mathematics-IV (18MA41C) | ||
|
5
|
III Semester B.E. -Bridge Course. |
For lateral Entry students (ASE, BT, CE, CH, IEM, ME, ECE, EEE, EI, ET)
|
Bridge Course Mathematics (18DMA37) |
|
6
|
IV Semester B.E. -Bridge Course. |
For lateral Entry students (CSE, ISE) |
Bridge Course Mathematics (18DMA48) |
| 7 | V Semester B.E. | Common to all | COMPUTATIONAL ADVANCED NUMERICAL METHODS (18G5B16)(Global Elective) |
| MATHEMATICS FOR MACHINE LEARNING (18G5B17)(Global Elective) | |||
| 8 | VI Semester B.E. | Common to all |
Advanced Statistical Methods (18G6E15) |
| Mathematical Modelling (18G6E16) |
Global Elective Syllabus:
- Advanced Statistical Methods (18G6E15)
- Mathematical Modelling (18G6E16)
- COMPUTATIONAL ADVANCED NUMERICAL METHODS (18G5B16)
- MATHEMATICS FOR MACHINE LEARNING (18G5B17)
Course offered: PG
|
Sl.No |
Name of the Programme |
Branch |
Semester |
Course Title (with code) |
|
1 |
M.Tech. Biotechnology |
BT |
I |
Applied Mathematics (18MAT11A) |
| M.Tech. Bioinformatics | ||||
|
2 |
M.Tech. Highways |
CV |
I |
Applied Mathematics (18MAT11A) |
| M.Tech. Structures | ||||
|
3 |
M.Tech. Machine Design |
ME |
I |
Applied Mathematics (18MAT11A) |
| M.Tech. Computer Integrated Manufacturing | ||||
| M.Tech. Product Design & Manufacturing | ||||
|
4 |
M.Tech. Power Electronics |
EEE |
I |
Applied Mathematics (18MAT11A) |
|
5 |
M.Tech. Chemical Engg |
CHEM | I |
Applied Mathematics (18MAT11A) |
| 6 | M.Tech. Computer Science Engg. | CSE | I | Probability Theory and Linear Algebra (18MAT11B) |
| M.Tech. Computer Network Engg. | ||||
| 7 | M.Tech. Software Engg. | ISE | I | Probability Theory and Linear Algebra (18MAT11B) |
| M.Tech. Information Technology | ||||
| 8 | M.Tech. Digital Communication System | TCE | I | Probability Theory and Linear Algebra (18MAT11B) |
| M.Tech. Radio Frequency and Microwave Engg. | ||||
| 9 | M.Tech. Communication Systems | ECE | I | Probability Theory and Linear Algebra (18MAT11B) |
| 10 | M C A | MCA | I | Discrete Mathematics (18MAT11) |
| 11 | M. Tech. | Common to all | II | Advanced Statistical Methods (18MAT2G10) (Global Elective) |