A 2-year postgraduate program in Mathematics and Computation, like a M.Sc., provides in-depth knowledge of advanced mathematical concepts and their practical application in computing. It aims to equip students with strong analytical skills and computational expertise, preparing them for careers in fields like research, software development, and data science.
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Semester I |
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Advanced Real and Complex Analysis |
General Topology |
Python Programming |
Elective 1 |
Research Methodology |
Python Programming Lab |
LaTex |
Semester II - Course Name |
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Measure Theory and Integration |
Functional Analysis |
R Programming |
Elective II |
Offered by the department |
R Programming Lab |
Seminar |
Semester II - Course Name |
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Integral Transforms, Integral Equations and Calculus of Variation |
Advanced Algebra |
Data Structure |
Elective III |
Minor Research Project |
Data Structure Lab |
MATLAB/ MATHEMATICA/ MAPLE |
Semester II - Course Name |
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Mathematical Statistics |
AI and Machine Learning |
Elective IV |
Publication Ethics |
Major Research Project |
AI and Machine Learning Lab |
Seminar |
Semester II - Course Name |
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Engineering Mathematics-II |
Applied Chemistry |
Semester II - Course Name |
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Engineering Mathematics-II |
Applied Chemistry |
Attain profound knowledge in Discipline with advanced concepts in science & technology to design the methodology suitable to the problem encountered and ability to apply the knowledge to solve real-life problems.
Attain Research Skills to analyze problems, formulate a hypothesis, evaluate, and validate results with the help of advanced tools and technology, and draw a logical conclusion.
Able to present scientific and technical information with clarity, conciseness, and correct manner in both oral and written presentation.
Able to demonstrate leadership and work collaboratively as a part of a team in multidisciplinary settings.
Attain the relevant knowledge and skills to identify unethical behaviour and truthful actions in all aspects and demonstrate standard professional ethics in the discipline concerned.
Ability to seek new knowledge and skills and inculcate the habit of self-learning throughout life and adapting to contemporary demands of workplace.
PSO 1: Understand the Mathematical concepts and applications in the field of algebra, analysis, computational techniques, optimization, differential equations, engineering, finance and actuarial science.
PSO 2: Handle the advanced techniques in algebra, analysis, computational techniques, optimization, differential equations, engineering, finance and actuarial science to analyze and design algorithms solving variety of problems related to real life problems.
PSO 3: Adopt changing scientific environment in the process of sustainable development by using Mathematical tools.
PSO 4: Learn skills and expertise in the field of research and developments through seminar and dissertation.