PO1:

Understand, analyse and critically evaluate scientific problems.

PO2:

Design and conduct experiments to generate, analyse and interpret data of a system and process.

PO3:

Model, simulate and use techniques, skills and modern scientific tools to solve real-life problems.

PO4:

Understand the impact of scientific solutions in a global, economic, environmental, and societal context.

PO5:

Adopt ethical practices in developing scientific solutions.

PO6:

Acquire analytical skills in organizing data or studying patterns and making decisions.

PO7:

Adapt to changes and innovations in technology and products.

PO8:

Function individually as well as in multidisciplinary teams.

PO9:

Establish effective communication with leadership qualities within their profession and their communities.

PO10:

Engage in lifelong learning by adapting knowledge of contemporary issues.

1

Hone the fundamental concepts of core areas of Physics, especially in mathematical physics, classical mechanics, quantum mechanics, electromagnetism, and statistical physics, for unraveling the various phenomena observed in nature.

2

Perform the general Physics and research-oriented experiments with appropriate analysis for proper interpretation of results; undertake individual projects and present the research findings.

3

Understand theoretical and experimental concepts of instruments that are commonly used in most physical science laboratories.

4

Have opportunities to excel in academics, research, or industry in the area of physical science as well as interpret and use data generated in instrumental physical analyses.

PO1:

Have a strong foundation in the fundamentals of basic as well as current scientific theories and their applications in real life.

PO2:

Equip with the skills to analyse problems, formulate a hypothesis, evaluate and validate results, and draw reasonable conclusions.

PO3:

Articulate ideas and strategies for addressing a research problem.

PO4:

Have proficiency in analytical reasoning, critical thinking and problem solving, as applied to scientific problems.

PO5:

Effectively communicate research, through journal publications and conference presentations, to the community.

PO6:

Have skills to explore new areas of research in fields of science and technology.

PO7:

Have an ability to adopt ethical practices in developing scientific solutions for the key issues being faced by our society.

PO8:

Develop an ability to identify unsolved yet relevant problems in a specific field.

PO9:

Participate as a member of an interdisciplinary problem-solving team.

PO10:

Have an ability to develop innovative and cost-effective techniques and products.

PO11:

Commit to the professionals, legal and social responsibilities of a researcher.

PO12:

Develop an ability to engage in life-long learning by adapting knowledge of contemporary issues.

1:

Significant prospects in the various fields like academics, industry, and research organization entrepreneurial pursuit at national and international levels.

2:

Achieve peer recognition as an individual or team member having specialized knowledge and expertise to identify, formulate, investigate, analyze and implement on the problems in physical sciences.

3:

A solid foundation for academic excellence and quality leadership to meet the challenges in an interdisciplinary and multidisciplinary environment.

4:

Ability to adopt, absorb and develop innovative and new technology in physical sciences and related areas through a lifelong learning process.

5:

Inculcate a value system and work ethically in a multidisciplinary environment, to enhance the advancement in physics in general and contribute significantly through their critical thinking and scientific competence.

1

Develop specialization in a particular area of physics research.

2

Train the students over a wide range of analytical and/or experimental and/or computational techniques that can be applied in physics, in other scientific and technological domains.

3

Inculcate logical reasoning among the students and help them develop such skills as to quantitatively solve a problem.

4

Acquire an overall idea of the ongoing scientific research in and outside the country.