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Physics

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Educational
Objectives

  • Post Graduates will be science practitioners, who would help to solve scientific problems.
  • Post Graduates will be science professionals, innovators or entrepreneurs contributing towards science and technology development.
  • Post Graduates will interact with their peers in other scientific bodies and societies and contribute towards the scientific growth of the country.
  • Post Graduates will be successful in pursuing higher studies in science.
  • Post Graduates will pursue higher career paths in teaching or scientific research.

Scope of
Employment

  • As an X-ray technician, as a testing officer in the meteorological testing laboratory, Officials in R & D lab in various engineering industries.
  • In the public sectors, like PRL, SAC, BARC, ISRO, CSIR laboratories and DRDO and other Government Organisations.

Student
Outcomes

  • An ability to apply knowledge of Physical concepts and Ideas
  • An ability to design and conduct experiments, as well as to analyze and interpret data
  • An ability to identify formulate, and solve scientific problems
  • An understanding of professional and ethical responsibilities
  • An ability to communicate effectively
  • A broad education is necessary to understand the impact of core level physics on engineering solutions in a global sense.
  • A recognition of scientific research towards society

Eligibility
Criteria

Bachelor Degree in Physics

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Science Courses

chemistry
Chemistry
micro
Microbiology
Physics
maths
Mathematics
it
Information Technology

PG Programs

Syllabus

Semester I
Serial No.Course CodeCourseCreditsSyllabus
102PY0401Aomic and Molecular Physics4View
202PY0403Mathematical Physics-I4View
302PY0406Laboratory Practicals 12View
402PY0407Laboratory Practicals 22View
502PY0408Classical Mechanics4View
602PY0409Nanomaterials – Synthesis and Deposition4View
702PY0410Electronics-I4View
Semester II
Serial No.Course CodeCourseCreditsSyllabus
102PY0451Electromagnetic Theory4View
202PY0453Material Characterization4View
302PY0455Quantum Mechanics4View
402PY0456Electronics Lab2View
502PY0457Laboratory Practicals 32View
602PY0458Mathematical Physics-II4View
702PY0459Electronics-II4View
Semester III
Serial No.Course CodeCourseCreditsSyllabus
102PY0502Communication Physics4View
202PY0503Solid State Physics4View
302PY053XElective-I5
402PY0504Research Methodology2View
502PY0505Material Science Lab1View
602PY0506Laboratory Practicals 41View
702PY0507Thermodynamics and Statistical Mechanics4View
Semester IV
Serial No.Course CodeCourseCreditsSyllabus
102PY0551Applied Optics4View
202PY0552Nuclear Physics4View
302PY058XElective-II5
402PY0553Project8
Elective I
Serial No.Course CodeCourseCreditsSyllabus
102PY0531Plasma Physics5View
202PY0532Functional Oxides5View
302PY0533VLSI5
402PY0534Digital Electronics  and Microprocessors5
Elective II
Serial No.Course CodeCourseCreditsSyllabus
102PY0581Thin Films and Solar Cells5View
202PY0582Atmospheric and Space Physics5View
302PY0583Analog and Digital Communications5
402PY0584Microwave Communications5

Teaching Scheme

Semester I
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0401Aomic and Molecular PhysicsBS40045030202525150
02PY0403Mathematical Physics-IBS40045030202525150
02PY0406Laboratory Practicals 1BS0042000252550
02PY0407Laboratory Practicals 2BS0042000252550
02PY0408Classical MechanicsBS40045030202525150
02PY0409Nanomaterials – Synthesis and DepositionBS40045030202525150
02PY0410Electronics-IBS40045030202525150
Total200824250150100175175850
Semester II
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0451Electromagnetic TheoryBS40045030202525150
02PY0453Material CharacterizationBS40045030202525150
02PY0455Quantum MechanicsBS40045030202525150
02PY0456Electronics LabBS0042000252550
02PY0457Laboratory Practicals 3BS0042000252550
02PY0458Mathematical Physics-IIBS40045030202525150
02PY0459Electronics-IIBS40045030202525150
Total200824250150100175175850
Semester III
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0502Communication PhysicsBS40045030202525150
02PY0503Solid State PhysicsBS40045030202525150
02PY053XElective-IBS/

ES

42055030202525150
02PY0504Research MethodologyBS0222000252550
02PY0505Material Science LabBS0021000252550
02PY0506Laboratory Practicals 4BS0021000252550
02PY0507Thermodynamics and Statistical MechanicsBS40045030202525150
Total16462120012080175175750
Semester IV
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0551Applied OpticsBS40045030202525150
02PY0552Nuclear PhysicsBS40045030202525150
02PY058XElective-IIBS/

ES

42055030202525150
02PY0553ProjectBS00168000200100300
Total12216211509060275175750
Elective I
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0531Plasma PhysicsBS42055030202525150
02PY0532Functional OxidesBS42055030202525150
02PY0533VLSIES40255030202525150
02PY0534Digital Electronics  and MicroprocessorsES40255030202525150
Elective II
Subject CodeSubject NameTypeTeaching Scheme (Hours)CreditsTheory MarksTutorial/ Practical MarksTotal Marks
TheoryTutorialPracticalESEIACSEViva (V)Term work (TW)
02PY0581Thin Films and Solar CellsBS40255030202525150
02PY0582Atmospheric and Space PhysicsBS42055030202525150
02PY0583Analog and Digital CommunicationsES40255030202525150
02PY0584Microwave CommunicationsES40255030202525150