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Course Description

Courses for M.Sc:

First Semester (650 marks)

Course No.

Title

Theory/Lab
Hours Per
Week

Total
Marks

External
Exam.
Marks

Internal

Marks

P-401

Mathematical and Computational Physics

3+1 Seminar
= 4 Hours

100

70

30

P-402

Classical and Statistical Mechanics

-do-

100

70

30

P-403

Atoms, Molecules and Spectroscopy

-do-

100

70

30

P-404

Solid State Electronics  Devices
and Applied Energy

-do-

100

70

30

P-405

Practicals

18

200

140

60

P-406

Practicals

P-407

Viva-Voce

-

50

50

-

Second Semester (650 marks)

Course

No.

Title

Theory/Lab Hours Per Week

Total
Marks

External
Exam.
Marks

Internal
Marks

P-501

Quantum Mechanics – I

3+1 Seminar
= 4 Hours

100

70

30

P-502

Elements of Solid State Physics

-do-

100

70

30

P-503

Electrodynamics and
Plasma Physics

-do-

100

70

30

P-504

Pulse and Digital Electronics

-do-

100

70

30

P-505

Practicals

18

200

140

60

P-506

Practicals

P-507

Viva-Voce

-

50

50

-

Third Semester (650 marks)

Course
No.

Tile

Theory/Lab
Hours Per week

Total
Marks

External
Exam.
Marks

Internal
Marks

P-601

Quantum Mechanics-II

3 + 1 Seminar
= 4 hours

100

70

30

P-602

Thin film technology

-do-

100

70

30

P-603

Structure of Solids

-do-

100

70

30

P-604

Solid State Properties

-do-

100

70

30

P-605

Microwave Electronics & Technology

-do-

100

70

30

P-606

Microprocessor Interfacing and Measurements

-do-

100

70

30

P-607

Theoretical Physics-I

-do-

100

70

30

P-608

Computational Physics-I

-do-

100

70

30

P-609

Solar Energy & Geothermal Energy

-do-

100

70

30

P-610

Wind Energy & Ocean Energy

-do-

100

70

30

P-611
P-612

Practicals/Project
Solid State Physics

18

200

140

60

P-613
P-614

Practicals/Project
Solid State Electronics

18

200

140

60

P-615
P-616

Practicals/Project
Theoretical and Computational Physics

18

200

140

60

P-617
P-618

Practicals/Project
Applied Energy Science

18

200

140

60

P-619

Viva-voce Solid State Physics

--

50

50

--

P-620

Viva-voce Solid State Electronics

--

50

50

--

P-621

Viva-voce
Theoretical and Computational Physics

--

50

50

--

P-622

Viva-voce Applied Energy Science

--

50

50

--

For Solid State Physics : P-601, P-602, P-603, P-604, P-611, P-612 & P-619

For Solid State Electronics : P-601, P-602, P-605, P-606, P-613, P-614 & P-620

For Theoretical & Computational Physics : P-601, P-602, P-607, P-608, P-615, P-616 & P-621

For Applied Energy Science : P-601, P-602, P-609, P-610, P-617, P-618 & P-622

Fourth Semester (650 marks)

Course
No.

Tile

Theory/Lab
Hours Per week

Total
Marks

External
Exam.
Marks

Internal
Marks

P-701

Nuclear & particle Physics

3 + 1 Seminar
= 4 hours

100

70

30

P-702

Theoretical Solid State Physics

-do-

100

70

30

P-703

Crystallography and Advances in Solid State Physics

-do-

100

70

30

P-704

Crystal Growth & Defects

-do-

100

70

30

P-705

Electronic Communication & Information Technology

-do-

100

70

30

P-706

Advanced Solid State Electronic Devices

-do-

100

70

30

P-707

Theoretical Physics-II
Advanced Quantum Mechanics

-do-

100

70

30

P-708

Computational Physics-II

-do-

100

70

30

P-709

Biomass, MHD, Hydro Energy Fuel Cells & Energy Storage

-do-

100

70

30

P-710

Nuclear Energy, Environmental Aspects of Energy, Energy Strategies / Management / Conservation

-do-

100

70

30

P-711
P-712

Practicals/Project
Solid State Physics

18

200

140

60

P-713
P-714

Practicals/Project
Solid State Electronics

18

200

140

60

P-715
P-716

Practicals/Project
Theoretical Computational Physics

18

200

140

60

P-717
P-718

Practicals/Project
Applied Energy

18

200

140

60

P-719

Viva-voce Solid State Physics

--

50

50

--

P-720

Viva-voce Solid State Electronics

--

50

50

--

P-721

Viva-voce
Theoretical Computational Physics

--

50

50

--

P-722

Viva-voce Applied Energy

--

50

50

--

For Solid State Physics : P-701, P-702, P-703, P-704, P-711, P-712 & P-719

For Solid State Electronics : P-601, P-702, P-705, P-706, P-713, P-714 & P-720

For Theoretical & Computational Physics : P-701, P-702, P-707, P-708, P-715, P-716 & P-721

For Applied Energy Science : P-701, P-702, P-709, P-710, P-717, P-718 & P-722

Practicals : 12 to 14 Practicals in each semester based on theory papers will be given in the Laboratory work.

Project: The students are assigned project during third and fourth semesters over and above prescribed practical course.

Distribution of Internal Marks For each Theory Papers :


            (1)     One Tutorial Test per Semester                             15            
(2)     There will be Three quizzes per Semester               10
(3)    Seminar                                                                  5

Total                                                                             30


Distribution of Internal Marks For Practical Test :

(1)     One Practical Test per Semester                              40
               (2)  Assessment of Journal (including Viva )                       20               

Total                                                                              60

Courses for M.Phil:

  • M.Phil. Program will be run as annual system.
  • The students will be required to take three theory papers (with P – 801 as compulsory) in addition to dissertation on chosen topic under supervision of a guide.
  • The distribution of 100 marks per theory paper (each of 3 credits) will be, 30 marks for internal assessment and 70 marks for year end external examination.
  • The internal assessment of 30 marks will be by a seminar of 5 marks and two tests averaged to 25 marks in each theory paper.
  • The dissertation will be of 100 marks and will be assessed by guide and an external examiner.  Viva-voce of dissertation and theory will be of 50 marks conducted by, external examiner of dissertation, supervisor and two other theory courses faculty members and will include viva-voce over theory courses taken by the student.

Course
No.

Title

Theory/
Week

External
Marks

Internal
Marks

Total
Marks

P – 801

Computational and Condensed Matter Physics

3 + 1 Seminar

70

30

100

P – 802

Experimental Physics – I

-do-

-do-

-do-

-do-

P – 803

Experimental Physics – II

-do-

-do-

-do-

-do-

P – 804

Theoretical Physics – I

-do-

-do-

-do-

-do-

P – 805

Theoretical Physics – II

-do-

-do-

-do-

-do-

P – 806

Dissertation and Viva-voce

-

-

-

150

Courses for Ph.D.:

Before submitting the synopsis of the Ph.D. thesis, candidate has to pass Pre Ph.D. examination.  The Pre Ph.D. courses are same as the M.Phil theory courses.  These courses are compulsory in addition to the Ph.D. thesis.

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