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M.Sc. Physics

M.Sc. Physics

M.Sc. Physics

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Your Program

M.Sc. Physics
Duration
ELIGIBILITY
ADMISSION PROCESS
FEES
The course of study for M.Sc.(physics) shall extend over a period of four semesters (Two academic years). The curriculum and syllabus for the program is prescribed from time to time 50% in B.Sc. (PCM) On the basis of performance in the online Multiple-Choice Question (MCQ) Test of 2 hours duration and personal interview. Rs. 60,000 per annum
About

MSc Physics

Physics is a branch of science which is concerned with the study of matter and energy and the interaction between them. MSc physics in jaipur also imparts knowledge on the fundamental principles of several branches in Physics. MSc physics courses initiated in Suresh Gyan Vihar University covers the basic knowledge of various specializations like nuclear physics, high-energy physics, condensed matter physics, astrophysics, cosmology, medicine, mining, geophysics.

Career Prospects

MSc Physics

  • Production Department
  •  Quality Assurance Department
  •  Quality Control Department
  •  Pharma Sales and Marketing
  •  Community Pharmacist in Hospitals
  •  Clinical Research Department
  •  Regulation of Clinical Research
  •  Medical Transcription
  •  Data Manager
  •  Regulatory Department
  •  Biotechnology Department
  •  Teaching and Research
  •  Career in Govt. Regulatory Bodies

Program Structure

MSc Physics

Semester 1

University Core

  • Proficiency in co-curricular activities

Program Core: Theory

  • Classical Mechanics
  •  Quantum Mechanics
  •  Classical Electrodynamics
  •  Mathematical methods in physics

Practical

  • Physics lab-I
  •  Computational Physics lab-I
  •  Dynamics of communication

Semester 2

University Core

  • Employability Skill-i
  • Proficiency in co-curricular activities

Program Core: Theory

  • Statistical mechanics
  • Atomic and molecular physics
  •  Advance Qaauntum physics

Program Core: Practical

  • Physics lab-II
  •  Computational Physics lab-II

Program Elective:
Open Elective: Select any one

  • Advanced Electronics
  • Advanced mathematical methods
  •  Advanced classical

Semester 3

University Core

  • Employability Skill-II
  • Proficiency in co-curricular activities
  •  Foundation Course

Program Core: Theory

  • Solid State Physics
  • Nuclear and particle physics
  •  Experimental Techniques of physics

Program Core: Practical

  • Advance physics -II
  • Project Work/Seminar

Program Elective: Select any one

  • Laser Physics
  • Microwave Electronics
  • Nanotechnology

Semester 4

Program Core

  • Condensed matter Physics
  • Nuclear and particle physics II
  • Plasma physics

Practicals

  • Advance physics -II
  • Project Work/Seminar

Program Elective: Select any one

  • Advanced Laser Physics
  • Advanced Microwave Electronics
  • Advanced Nanotechnology

Teaching

The typical percentage of time spent in different learning activities for this program based on student choices. This information is collated from the previous year and will not be available if the program is new.

Year 1

Lecture, Seminar and Similar
90%
Independent Studies
10%

Year 2

Lecture, Seminar and Similar
80%
Independent Studies
20%

Assessment

Typically how work is assessed for this program based on student choices. This information is collated from the previous year and will not be available if the program is new.

Year 1

Written Exams
60%
Practical Exams
40%

Year 2

Written Exams
50%
Practical Exams
50%
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