Programme Overview

The B.Sc. Physics is a three-year undergraduate program that combines theoretical and experimental courses primarily in Physics, along with interdisciplinary subjects from Mathematics, Chemistry, and Computer Science. The program emphasizes the foundations of classical and modern physics, covering areas such as Quantum Mechanics, Relativity, Classical Mechanics, Electrodynamics, Optics, Waves, Statistical Mechanics, and Thermodynamics. Its mission is to provide students with a strong foundation in both traditional and contemporary concepts of physics. Through a well-structured curriculum, research opportunities, field trips, and extensive laboratory training, students develop a holistic understanding of the subject. They also gain hands-on expertise in laboratory work, including the design and development of experimental apparatus. The undergraduate degree lays a solid foundation for students to specialize further in physics and related fields, while also preparing them for entry-level careers in academia, research, government, and industry.

  • 3 Years

    Duration of programme

  • Under Graduate

    Level of Study

Key Highlights

Experimental Learning
Practical case study experience
Preparation for higher studies in physics and related fields
Critical problem-solving skills
Focus on emerging technologies

How will you benefit

Gain a solid conceptual and practical foundation in classical and modern physics.
Develop analytical, experimental, and computational problem-solving skills.
Acquire hands-on laboratory experience to design, test, and innovate scientific experiments.
Build strong academic preparation for advanced studies or entry-level professional careers in physics and allied fields.

What will you study

Explore advanced topics in Classical Mechanics, Quantum Mechanics, and Electrodynamics.

Study specialized areas like Nuclear Physics, Solid State Physics, and Statistical Mechanics.

Gain expertise in Mathematical Physics, Computational Physics, and Research Methodology.

Engage with emerging fields such as Nanoscience, Material Science, and Astrophysics.

  • PO-1- Graduates will be able to develop strong confidence and an updated understanding of core and advanced concepts in physics.
  • PO-2- Graduates will be able to build a scientific orientation and logical approach towards problem-solving.
  • PO-3- Graduates will be able to cooperate and contribute effectively within research laboratories and scientific institutions.
  • PO-4- Graduates will be able to achieve value-added accomplishments through projects, seminars, and innovative practices.
  • PO-5- Graduates will be able to pursue higher education and advanced research opportunities in diverse fields of physics.
  • PO-6- Graduates will be able to prepare successfully for national-level examinations such.
  • PO-7- Graduates will be able to enhance their knowledge of advanced concepts in classical, modern, and applied physics.
  • PO-8- Graduates will be able to prepare themselves for self-employment and entrepreneurial ventures in science and technology.
  • PO-9- Graduates will be able to apply interdisciplinary knowledge by integrating concepts from mathematics, chemistry, and computer science.
  • PO-10- Graduates will be able to use computational tools, laboratory techniques, and experimental methods for scientific investigations.
  • PO-11- Graduates will be able to communicate complex scientific ideas effectively in both academic and professional contexts.
  • PO-12- Graduates will be able to uphold professional ethics, scientific integrity, and contribute responsibly to society and sustainable development.

  • PSO-1- Students will have mastery of fundamental and advanced concepts in Classical Mechanics, Quantum Mechanics, Electrodynamics, Statistical Physics, and Solid-State Physics.
  • PSO-2- Students will have the ability to apply physical principles to model, analyze, and solve real-world scientific and engineering problems.
  • PSO-3- Students will have skills to design, conduct, and interpret experiments with precision using modern laboratory techniques and instruments.
  • PSO-4- Students will have proficiency in computational physics, programming, and the use of simulation tools for solving complex physical problems.
  • PSO-5- Students will have the capacity to engage in independent research, formulate hypotheses, and contribute to scientific innovation.
  • PSO-6- Students will have preparation for careers in academia, research organizations, industry, and for competitive examinations.
  • PSO-7- Students will have the interdisciplinary ability to integrate physics knowledge with mathematics, chemistry, computer science, and emerging technologies.

  • PEO-1- To equip graduates with a strong foundation and advanced understanding of theoretical and experimental physics.
  • PEO-2- To prepare students for independent research, lifelong learning, and scholarly contributions in the field of physical sciences.
  • PEO-3- To enable graduates to pursue professional careers in education, research institutions, government organizations, and industries requiring scientific expertise.
  • PEO-4- To develop critical thinking, problem-solving abilities, and computational skills applicable to scientific and technological challenges.
  • PEO-5- To foster ethical responsibility, scientific integrity, and a commitment to applying physics knowledge for the advancement of society and sustainable development.

Curriculum

  • हिंदी भाषा और संरचना
  • Basic Information Computer Technology - I
  • Mechanics
  • Oscillations and Properties of Matter
  • Mathematical Physics - I
  • Chemistry - I
  • Basic of Computer & Information Technology - I

CAREERS AND EMPLOYABILITY

Data Science and Analytics
Academia and Teaching
Entrepreneurial Opportunities
Finance and Quantitative Analysis

ELIGIBILITY CRITERIA

10+2 in relevant discipline

Minimum 60% Marks

Apply Now Enquiry Now WhatsApp Now