The Master of Science (M.Sc.) in Physics at O. P. Jindal University is a two-year postgraduate program designed to provide advanced knowledge, research expertise, and industry-relevant skills in physics. With a focus on cutting-edge scientific methodologies, students gain hands-on experience in synthesis, characterization, computational techniques, and analytical problem-solving. The program fosters critical thinking, leadership, and ethical awareness, ensuring graduates are equipped for evolving scientific and technological landscapes.
Through research in students engage in innovative investigations that prepare them for high-impact careers in pharmaceuticals, chemical industries, biotechnology, healthcare, material science, environmental research, and industrial laboratories. The program also serves as a strong foundation for doctoral studies, academia, and entrepreneurial ventures, empowering graduates to contribute to scientific advancements and sustainable innovations.
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Semester I |
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Pre-Requisite Course(s) |
Research Methodology |
Mathematical Physics |
Classical Mechanics |
Quantum Mechanics I |
ELECTIVE I |
Laboratory Practical Course-I |
Semester II - Course Name |
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Quantum Mechanics II |
Statistical Mechanics |
Solid State Physics |
ELECTIVE II |
Laboratory Practical Course-II |
Offered by the department |
Semester III - Course Name |
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Electrodynamics |
Nuclear and Particle Physics |
Condensed Matter Physics-I |
ELECTIVE III |
Minor Research Project/Dissertation |
Laboratory Practical Course-IV |
Semester IV - Course Name |
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Electronic & Photonic Devices |
Condensed Matter Physics II |
ELECTIVE IV |
Major Research Project/Dissertation |
Publication Ethics |
Laboratory Practical Course-IV |
Semester II - Course Name |
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Engineering Mathematics-II |
Applied Chemistry |
Semester II - Course Name |
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Engineering Mathematics-II |
Applied Chemistry |
Attain profound knowledge in Discipline with advanced concepts in science & technology to design the methodology suitable to the problem encountered and ability to apply the knowledge to solve real-life problems.
Attain Research Skills to analyze problems, formulate a hypothesis, evaluate, and validate results with the help of advanced tools and technology, and draw a logical conclusion.
Able to present scientific and technical information with clarity, conciseness, and correct manner in both oral and written presentation.
Able to demonstrate leadership and work collaboratively as a part of a team in multidisciplinary settings.
Attain the relevant knowledge and skills to identify unethical behaviour and truthful actions in all aspects and demonstrate standard professional ethics in the discipline concerned.
Ability to seek new knowledge and skills and inculcate the habit of self-learning throughout life and adapting to contemporary demands of workplace.
PSO 1: Understand the epistemological source of knowledge in Mathematical Physics, Classical & Statistical Mechanics, Solid State Physics, Quantum Mechanics, Computer Programming, Nuclear and Particle Physics, Electrodynamics together with their applications in solving complex scientific problems in different related areas.
PSO 2: Understand the philosophy of fundamental and advanced level knowledge in the fields of Material Science, Laser and Photonics, Electronics, and Communication Electronics together with their applications in materials processing for advanced applications.
PSO 3: Able to pursue research careers, careers in academics, in industries in physical science and develop knowledge to identify the problems and develop solutions.
PSO 4: Understand communication, interpersonal skills, and listening skills and professional ethics of the industry, and use basic soft skills essential for working in community and professional teams.