To impart state-of-the-art knowledge of Physics, to create competency and skills and to create strong interest in physics so as students can further develop themselves through self-study.

The physics department is committed to impart quality education both in theoretical as well as experimental physics with special emphasis on ‘learning by doing’ for socio-economic growth. Our mission is to create self-disciplined and make the students to accept the challenges in physics. We, the management, the faculty and staff, therefore promise to strive hard and commit ourselves to achieve this objective through a continuous process of learning and appreciation of needs of time.

PEO1. To motivate the students to pursue PG courses in reputed institutes.

PEO2. To kindle the interest for research in students.

PEO3. To acquire placement in educational institutions, engineering and industrial firms.

PEO4. To gain deep knowledge in the concerned fields.

PEO1. Graduates will achieve expertise to identify, formulate and solve problems in physical sciences and multi-disciplinary areas.

PEO2. Graduates will gain the ability to develop innovative solutions in physical sciences and related areas.

PEO3. TGraduates will get training to avail opportunities in academics, industry, research, defence and administrative services.

PEO4. Advanced degrees in physics, engineering, and other professional fields.

PSO1. Understand the basic concepts of methodology of science and the fundamentals of mechanics, properties of matter and electrodynamics.

PSO2. Understand the theoretical basis of quantum mechanics, relativistic physics, nuclear physics, optics, spectroscopy, solid state physics, astrophysics, statistical physics, photonics and thermodynamics.

PSO3. Understand and apply the concepts of electronics in the designing of different analog and digital circuits.

PSO4. Apply and verify theoretical concepts through laboratory experiments.

PSO1. This programme provides the candidate the analytical skills on an advanced levelneeded in industry, consultancy, education, research, or in public administration.

PSO2. The students would gain knowledge in various branches of physics: Electronics, Quantum, classical, statistical mechanics, condensed matter physics, particle and nuclear Physics.

PSO3. Students will learn use of mathematical tools in solving complex physical problems.

PSO4. Students will be able to apply advanced theoretical and/or experimental methods, including the use of numerical methods and simulations.

PSO5. StudentsWould get some research-oriented experience by doing theoretical and experimental projects in the last semester under the supervision of faculty.

PO1- Acquire adequate knowledge of the subject.

PO2- Craft a foundation for higher learning.

PO3- Be initiated into the basics of research.

PO4- Imbibe sound moral and ethical values.

PO5- Become conscious of environmental and societal responsibilities.

PO6- Attain skills for communication to create a good career.

PO7- Learn diverse ideas and different dimensions of view.

PO8- Capability to solve problems by using research-based methods.

PO9- Will help students to enhance their employability for jobs in different sectors.

PO10- Able to think, acquire skills through logical reasoning and to inculcate the habit of self-learning.

PO11- Will get different view about the surrounding physical world.

PO12- Can choose master degree from the same stream.

PO1- After the successful completion of this program, students get skilled with logical thinking in steps, formulating model systems and solving problems.

PO2- Students can pursue their career in the research area based on his/her Masters Project thesis.

PO3- Introduction to modern physics would make students realize on the mechanics and dynamics of objects.

PO4- Quantum mechanical concepts would make students to realize the microworld and the dynamics of microparticles.

PO5- Concepts on Solid state physics would make students to realize the constituents and properties of solids.

PO6- Students will become professionally trained in the area of electronics, optical communication, nonlinear circuits, materials characterization and lasers.

PO7- Their budding creative skills get nourished by inspiring them to manage and organize different events; e.g., Science Day Observation, Lecture Competition, Commemoration of Scientists’ birth Day etc

PO8- Students get the lessons of research and development during their project work, assignments.

PO9- During project work, group discussion and laboratory class, students get nurtured to become a team member and to stand beside the others with fellow feeling in need.

PO10- Apply and verify theoretical concepts through laboratory experiments.

PO11- With satisfactory number of presentations and group discussions the students develop good communication skills.

PO12- Students while having their internship in the final semester can arrange their future research with the other institute.