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Physical Sciences |
Faculty of Physical Sciences houses following Departments |
| Department of Chemistry |
Courses Offered |
| Master of Philosophy in Chemistry |
Course: 1. Inorganic Chemistry + Research Thesis
Course: 2. Organic Chemistry + Research Thesis
Course: 3. Physical Chemistry + Research Thesis |
| Master of Science in Chemistry |
Syllabii and course of study for M.Sc. Chemistry.
Semester 1
Course: 1. Inorganic Chemistry
Course: 2. Organic Chemistry
Course: 3. Physical Chemistry
Course: 4. Mathematics for Chemists and Applications of Computer in Chemistry
Semester 2
Course: 5. Inorganic Chemistry
Course: 6. Organic Chemistry
Course: 7. Physical Chemistry
Course: 8. Chemistry of Life and Environmental Chemistry
Course: 9. Practicals of Course 5,6,7- all compulsory
Semester 3
Course: 10. Inorganic Chemistry
Course: 11. Organic Chemistry
Course: 12. Physical Chemistry
Course: 13. Elective: Inorganic Chemistry, Organic Chemistry, Physical Chemistry
Course: 14. Practicals for courses 10,11,12 – all compulsory
Semester 4
Course: 15. Special Theory -2 (Inorganic, Organic, Physical)
Course: 16. Special Theory -3 (Inorganic, Organic, Physical)
Course: 17. Special Theory -4 (Inorganic, Organic, Physical)
Course: 18. Special Theory -5 (Inorganic, Organic, Physical)
Course: 19. Seminar for all specializations
Course: 20. Practicals- Any one pertaining to specializations. |
| Department of Physics |
Courses Offered
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| Master of Philosophy in Physics |
Semester 1
Course 1: Mathematical Techniques
Course 2: Any one of the followong:
(a) Computational Techniques
(b) Experimental Techniques
(c) Advanced Quantum Mechanics
Semester 2
Course 3: Any one of the following:
(a) Condensed Matter Physics
(b) Electronics
(c) Material Science
(d) Nuclear Physics
(e) Particle Physics
Dissertation & Viva-Voce
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| Master of Sciences in Physics |
Semester 1
Course I Mathematical Physics
Course II Classical Mechanics
Course III Quantum Mechanics I
Course IV Electronic Devices
Course V Laboratory, Additional Optional Course I
Computer Application in Physics(Nodal Center based)
Semester 2
Course VI Quantum Mechanics II
Course VII Condensed Matter Physics
Course VIII Nuclear and Particle Physics
Course IX Atomic and Molecular Physics
Course X Laboratory, Additional Optional Course II
Computer Application in Physics (Nodal Center based)
Semester 3
Course XI Statistical Mechanics
Course XII Electrodynamics and Plasma Physics
Course XIII Special Paper I
a. Condensed Matter Physics
b. Electronics
c. Nuclear and Particle Physics
Course XIV Special Paper II
a. Condensed Matter Physics
b. Electronics
c. Nuclear and Particle Physics
Course XV Laboratory
a. Condensed Matter Physics
b. Electronics
Nuclear and Particle Physics
Semester 4
Course XVI Computational Methods in Physics
Course XVII Elective Papers (one of the following)
i. Quantum Electrodynamics
ii. Advanced Computing in Physics
iii. Physics of Electronic Devices & Fabrication of
Integrated Circuits and Systems
iv. Plasma physics
v. Nonlinear Dynamics
Course XVIII Special Paper III
a. Condensed Matter Physics
b. Electronics
c. Nuclear and Particle Physics
Course XIX Special Paper IV
a. Condensed Matter Physics
b. Electronics
c. Nuclear and Particle Physics
Course XX Projects
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| Master of Sciences in Physics (Electronic Science) |
Semester 1
Course I Mathematical Physics
Course II Classical Mechanics
Course III Electronic Devices
Course IV Computational Methods in Physics
Course V Electronics-I
Course VI Laboratory
Course VII Project:
Semester 2
Course VIII Quantum Mechanics
Course IX Condensed Matter Physics
Course X Nuclear and Particle Physics
Course XI Atomic and Molecular Physics
Course XII Electronics - II
Course XIII Laboratory
Semester 3
Course XIV Statistical Mechanics
Course XV Electrodynamics and Plasma Physics
Course XVI Electronics - III
Course XVII Electronics – IV
Course XVIII Elective Paper
a. Software Developments
b. Plasma Physics
c. Lasers and Lasers Applications
d. Science & Technology of Solar Hydrogen & other Renewable Energies.
e. Material and Data Communication
f. Internet Working Technology –I
g. Data Communication
h. Internet Working Technology
Course XIX Laboratory
Semester 4
Project (Spread over IVth Sem.) ( For this project student shall undergo intensive training of six months duration in outside institution in the area of specialization.)
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Department of Computer Science
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Courses Offered |
| Master of Computer Applications |
Semester 1
Course 1: Computer Programming & Problem Solving
Course 2: Computer Organisation & Assembly Language
Course 3: Business Data Processing
Course 4: Introduction to Organisational Structure & Personal Management
Practical Examination:
A COBOL Programming for Business Environment
B PC Software
Semester 2
Course 5: Data & File Structure
Course 6: Computer System Architecture
Course 7: Accounting & Financial Management
Course 8: System Software & C Programming
Practical Examination:
C Pascal Programming With Applications to Data Structures
D PC Software
Semester 3
Course 9: Operating Systems
Course 10: Data Base Management System
Course 11: Computer Oriented Statistical Method
Course 12: Artificial Intelligence
Practical Examination:
E ORACLE Under UNIX Interface With C
F Programming for Statistical Methods Using FORTRAN & SSP
Semester 4
Course 13: Programming Languages
Course 14: Fundamentals of Computer Algorithms
Course 15: Computer Oriented Optimisation Methods
Course 16: System Analysis & Design
Practical Examination:
G Algorithms Analysis Using Pascal \ C
H C \ FORTRAN & SSP
Semester 5
Course 17: Computer Graphics
Course 18: Software Engineering
Practical Examinations:
I C Language \ Pascal for Computer Graphics
Semester 6
Course 19: Project Work: The project period will be of one semester duration. The project will involve development of System\Application system software. The project work will carry 600 marks.
Course 20: Seminars: each student wil be required to give at least 2 seminars on his\her project work.
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| P.G. Diploma in Computer Applications |
Semester 1
Course 1: Computer Programming & Problem Solving
Course 2: Computer Organisation & Assembly Language
Course 3: Business Data Processing
Course 4: PC Software
Practical Examination:
A PC Software
B COBOL
Semester 2
Course 5: Data & File Structure
Course 6: System analysis & design
Course 7: Data Base Management Sysgtems
Course 8: System Software and C Programming
Practical Examination:
C Programming in Pascal for Data and file Structures
D DBMS ORACLE
Project Report
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| Bachelor of Computer Applications |
First Year
Course 1: Computer Evolution & Fundamentals
Course 2: Digital Electronics
Course 3: Introduction to Programming (PASCAL)
Course 4: PC-Software
Course 5: Mathematical Foundations
Course 6: Accountacny & Business Practices
Course 7: Elements of Costing
Course 8: Practicals 1 (PASCAL)
Course 9: Practicals 2 (PC-Software)
Second Year
Course 10: Mathematics-1
Course 11: File Processing and Business Applications(COBOL)
Course 12: Computer Organisation & Architecture
Course 13: Data Structure & C Programming
Course 14: System Analysis & Design
Course 15: Scientific & Statistical Computing
Course 16: Financial Accounting & Management
Course 17: Practicals 3 (Data Structures)
Course 18: Practicals 4 (COBOL)
Third Year
Course 19: Operating System
Course 20: Data Base Managment
Course 21: Computer Graphics
Course 22: Data Communication & Netowrk
Course 23: Mathemacits-II
Course 24: Elective I
Course 25: Elective II
Course 26: Practicals 5 (DBMS)
Course 27: Practicals 6 (Graphics)
Course 28: Project
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Department of Mathematics & Statistics
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Courses Offered |
| Master of Philosophy in Mathematics & Statistics |
1. Hydrodynamic and Hydromagnatic Stability-I
2. Hydrodynamic and Hydromagnatic Stability-II
3. Fluid Flow in Stability M.H.D. Plasmas and Geophysical Fluid Dynamics.
4. Rings Ideals and the Elements of Galious Theory
5. Rings and Modules
6. Mathematical Methods
7. Compressible Flows and Introduction to Perturbation Methods
8. Elastic Vibrations and Aero-Elasticity
9. Theory of Plasticity
10. Theory of Creep |
| Master of Arts/Sciences in Mathematics & Statistics |
Semester 1
Course 1: Real Analysis - I
Course 2: Algebra
Course 3: Differential Equations - I
Course 4: Fluid Dynamics - I
Optional/Additional Computer Applications in Maths.
Semester 2
Course 5: Real Analysis - II
Course 6: Linear Algebra
Course 7: Differential Equations - II
Course 8: Fluid Dynamics - II
Optional/Additional Mathematical Methods
Semester 3
Course 9: Complex Analysis
Course 10: Topology
Course 11: Elasticity - I
Course 12: Analytical Number Theory - I / M.H.D. - I
Semester 4
Course 13: Functional Analysis
Course 14: Differential Geometry
Course 15: Elasticity - II
Course 16: Analytical Number Theory - II / M.H.D. - II
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