PEO1. Academic Excellence: 

Graduates of the program will possess a strong foundation in the core principles of physics, including classical mechanics, quantum mechanics, electromagnetism, and statistical mechanics. They will demonstrate proficiency in both theoretical concepts and practical applications through laboratory work, projects, and coursework.

PEO2.Professional Competence:

Upon completion of the program, graduates will be equipped with the necessary skills and knowledge to pursue careers in various fields related to physics, such as research, academia, industry, and technology. They will demonstrate competence in problem-solving, critical thinking, and analytical reasoning, enabling them to adapt to diverse professional environments and contribute effectively to the advancement of science and technology.

PEO3. Interdisciplinary Integration: 

Graduates will recognize the interdisciplinary nature of physics and its interconnectedness with other scientific disciplines and societal challenges.  They will be capable of applying their physics knowledge and skills to address complex problems across different domains, fostering innovation and collaboration in interdisciplinary research and development.

PEO4. Ethical and Social Responsibility: 

Graduates will uphold ethical standards and professional integrity in their practice of physics, demonstrating a commitment to responsible conduct, environmental sustainability, and societal well-being. They will engage ethically and responsibly in scientific inquiry, communication, and decision-making, recognizing the broader implications of their work on individuals, communities, and the global society.

PEO5. Lifelong Learning and Professional Development: 

Graduates will embrace a commitment to lifelong learning and continuous professional development, recognizing the dynamic nature of scientific knowledge and technological advancements. They will pursue opportunities for further education, training, and professional growth, staying abreast of emerging trends and innovations in physics and related fields to remain competitive and contribute to the advancement of knowledge and society.

PSO1:

Foundational Competence in Physics Graduates will demonstrate a strong and comprehensive understanding of major domains of physics and apply these principles to analyze and interpret physical systems and phenomena.

PSO2:

Experimental Competence & Scientific Investigation Graduates will design and conduct physics experiments using modern laboratory instruments, analyze data with appropriate mathematical and statistical tools, and interpret results to draw meaningful scientific conclusions.

PSO3:

Mathematical Modeling & Computational Skills Graduates will effectively use mathematical techniques and computational tools to model physical systems, solve physics-based problems, and predict real-world phenomena.

PSO4:

Interdisciplinary Application & Technological Relevance Graduates will apply physics principles to interdisciplinary domains emerging technologies, contributing to innovative solutions for scientific and societal challenges.

PSO5:

Ethical, Sustainable, and Societal Engagement in Physics Graduates will recognize the societal impact of physics, practice ethical scientific conduct, and apply physics knowledge to promote environmental sustainability, responsible research, and effective communication of scientific ideas.

PO1: 

Understand the fundamental principles of physics, including mechanics, electromagnetism, thermodynamics, optics, modern physics, quantum mechanics, solid state physics and nuclear physics.

PO2:

Understand how the fundamental principles of Physics are used in a wide range of applications.

PO3: 

Understand and appreciate the recent developments in Physics.

PO4: 

Apply physics knowledge across topic boundaries without prior practice.

PO5:

Apply mathematics to model, describe and predict phenomena in the real world.

PO6:

Apply advanced problem-solving skills, enabling them to apply theoretical concepts to practical situations and analyze complex physical phenomena.

PO7: 

Analyse experimental data by conducting experiments using a variety of laboratory equipment and techniques, fostering a strong foundation in experimental physics.

PO8: 

Understand the importance of sustainability and the environment.

PO9: 

Understand the role of science in society, ethical or moral considerations in scientific research and how science can be used and misused in society.

PO10: 

Communicate scientific concepts, theories, and experimental results effectively.