B.Sc. (Hons.) Physics
The Department of Physics offers a B.Sc. (Hons) Physics program that adheres to the Outcome Based Education (OBE) and Choice Based Credit System (CBCS). The emphasis is on teaching students the principles and developments in all branches of Physics so they may connect ideas to current scientific events and develop strong conceptual understanding in order to become future researchers and scholars.
Duration: 4 yrs. (8 Semesters)
ELIGIBILITY
A student must have passed in Physics, Chemistry, and Maths / Biology as core subjects with a minimum of 50 % aggregate marks in 10+2 from a recognised institution and board.
Admission Criteria
SU Entrance Exam or CUET, or subject to fulfilling eligibility criteria.
Program Education Objectives [PEO]
PEO1: Our aim is to equip science graduates with a strong foundation in critical thinking, creativity, and self-motivation, enabling them to excel in interdisciplinary and multidisciplinary environments throughout their lives.
PEO 2: We strive to produce graduates who are globally recognized professionals, capable of contributing to government, corporate, and research organizations, as well as possessing the skills needed for entrepreneurial ventures in diverse fields.
PEO 3: Our goal is to develop graduates who demonstrate technical expertise in Physics and can devise solutions to complex problems in the field.
PEO 4: We aim to cultivate ethical leadership qualities in graduates, enabling them to effectively collaborate as part of a team to achieve both individual and organizational objectives.
PEO 5: We seek to engage graduates in professional endeavors that not only enhance their personal achievements but also contribute to the betterment of society as a whole.
PEO 6: We aim to empower graduates to pursue advanced education in Physics and related fields, fostering a culture of continuous learning and professional growth.
Program Outcomes [POs]
PO 1: Utilize foundational and specialized knowledge in physical sciences to address intricate scientific challenges effectively.
PO 2: Evaluate, analyze, and draw well-supported conclusions on complex scientific issues by critically reviewing research literature and applying principles of physical sciences.
PO 3: Develop scientific solutions and processes that meet specific requirements, while considering factors such as public health, safety, and environmental impact.
PO 4: Conduct thorough investigations into complex problems using research-based methodologies, including experimental design, data analysis, and logical interpretation.
PO 5: Employ appropriate modern scientific and IT tools, including prediction and modeling techniques, with an understanding of their limitations, in complex scientific endeavors.
PO 6: Assess societal, ethical, legal, and cultural implications of scientific practices and decisions, and act responsibly within these contexts.
PO 7: Recognize the impact of scientific solutions on society and the environment, and advocate for sustainable development principles.
PO 8: Adhere to ethical principles and professional standards in scientific practice, demonstrating integrity and responsibility.
PO 9: Collaborate effectively as an individual or team member in diverse and multidisciplinary settings, demonstrating leadership when necessary.
PO 10: Communicate complex scientific concepts and activities clearly and effectively to both scientific communities and the broader society through various mediums, including reports, presentations, and instructions.
PO 11: Apply scientific principles in project management and finance, demonstrating leadership skills and the ability to manage projects in diverse environments.
PO 12: Recognize the importance of lifelong learning and possess the skills and readiness to engage in continuous independent learning in response to technological advancements and evolving scientific knowledge.
