Introduction to the Program:
The program is open to students with 10+2 passed in Science with Physics and Mathematics as compulsory papers. There is a variety of Core-courses that emphasize the fundamentals while keeping in mind the evolving nature of the subject. A strong laboratory component allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced discipline specific elective offer a glimpse into frontier areas of research and allow students to choose a field of specialization for higher study and socially as well as globally relevant foundation courses will help them to become more competent and confident in their professional career.
Program Educational Objective:
01: Graduates will have successful careers in academia while pursuing higher education..
02: Graduates may have successful careers in Government and Non-government sectors having developed an analytical mind with a keen sense of logic and rationality.
03: Graduates can investigate various problems and ways to solve which will be very beneficial to society.
Program Outcome:
01: Application of Core Theories of Physics: Apply the rigorous understanding of the core theories & principles of Physics, which includes Classical Physics, Quantum Physics, Statistical Physics, Electrodynamics, and Relativity while pursuing higher education or in necessary cases.
02: Demonstration of Experimental knowledge: Demonstrate a deeper understanding of the principles of Physics through experimentation and correct data interpretation.
03: Computer Simulation Knowledge: Visualize and verify the Theoretical predictions/propositions of Physics through Simulation via computer programming using different languages (Mathematica, Matlab, Python, C etc.).
04: Knowledge in Applied Physics Domain: Execute proficiently the understanding of Applied Physics domain in various real life problems, e.g., knowledge of Electronics and Instrumentation shall be helpful to design and develop several devices and sensors etc.
05: Problem Analysis through analytical approach :Analyze the applications of Mathematics to solve the problems in Physics & develop suitable mathematical method for new formulation of Physical theories.
06: Knowledge of Material Properties:Apply the knowledge about Material properties and Solid State Physics for developing different technologies to reshape the lifestyle of modern society.
07: Physics and Nature: Demonstrate a solid foundation about the fundamental interactions of nature (gravity, electromagnetic, weak, strong) and develop a solid foundation of atomic and nuclear structure, i.e., understand the fundamental theories to unravel nature at atomic and sub-atomic level as well as at large astrophysical length scale.
08: New Challenges:Take up new challenges to understand the reasoning of any physical phenomena through research and design solutions to meet the societal as well as scientific demands.
09: Ethical Practice and Dedication towards Scientific Community:Function effectively as an individual learner, and as an academician with commitment and dedication towards the global Scientific Community and most importantly without deviation from ethical principles.
10: Scientific Reporting: Demonstrate the ability to undertake a major, individual, physics-related project and reporting the results in a full scientific report and oral and poster presentation.
11: Effective Communication: Build up communication skills, both written and oral, to specialized and non-specialized audiences.
Programme Eligibility: Minimum 50% aggregate in 10 +2 or equivalent from any recognized board with
respective subjects
Duration (in Year): 3
