Physics

Department of Physics

FACULTY OF PHYSICAL SCIENCE AND EARTH SCIENCE Department of Physics Established in 1962 Overview “The universe is like a safe to which there is a combination — but the combination is locked up in the safe.” Welcome to this amazing universe of Physics!!! The rich tradition of Department of Physics hails ever since the establishment of the college in 1962; it proclaims the respect of being the first major department since the naissance of the institution. Since its inception, a large number of students have graduated in Physics first under Bombay University and later under the University of Goa. Proficient and able leadership of Prof. D J Malkarnekar (First Vice Principal of the college) has enabled the students to showcase exemplary performances by achieving various distinctions and rankings in the university. The ethnicity of the department is crafted by personalities like Prof. R. R. Ghantwal, Prof. (Mrs.) V. Narayan, Prof. N. V. Kamat, Prof. S.M. Sadique, Prof. V. D. Date, Prof. S. N. Pai Raiturkar all of whom later headed the department. Vision “To enhance the knowledge of Physics for overall growth of Science, Society and Self, thereby, enabling an individual to face the challenges of the world.” Mission The discipline of Physics is basic among the sciences and focuses on the study of natural phenomena and their technological applications. The department offers an undergraduate degree program to provide students a broad-based education in physics. The compulsory courses offered are Mechanics-I, Heat and Thermodynamics, Electricity and Magnetism and Introduction to Mathematical Physics, at the entry level to strengthen the understanding of basic concepts of Physics and mathematical skills required. read more The program offers elective courses such as Nuclear and Elementary Particle Physics, Mathematical Physics, Introduction to Special Theory of Relativity, Solid State Physics and Computational Physics, designed to provide a sound foundation in Theoretical Physics; whereas the elective courses such as Introduction to Material Science, Electronics-II, Solid State Devices and Instrumentation are designed to offer a base for Experimental Physics.The faculty members of the department, with research backgrounds in diversifying areas such as Theoretical Nuclear Physics, Experimental Neutron Physics, Theoretical Condensed Matter Physics and Material Science, facilitate the program to provide a wide range of elective courses.The infrastructure includes two well equipped laboratories with attached dark rooms and a research laboratory equipped with computers, Hydraulic Press, High Temperature Furnace, Digital Weighing machine, Hall Effect Kit, Electromagnets, Air Track and Three Newtonian Reflecting Telescopes. Learning resources for the theory component and e-journals for practical component of courses are provided online through Moodle, which can be accessed by students from anywhere (CLAAP).The faculty members impart quality education through interactive classroom teaching blended with effective use of ICT. Innovative teaching techniques like Peer Instruction and Peer tutoring are also followed.In addition to regular lectures, we also organise Talks on recent trends in Physics, to expose our students to current research areas. We provide a creative and stimulating environment for learning physics through experimental/ theoretical projects aligned to the aptitude of students. We promote self-learning, self-confidence, communication skills, and team work among students through regular presentations, group assignments and participation in students seminars/ paper presentations at intercollegiate level and state level.We encourage students to take up internship at D-Art of Science, doing science videos for schoolchildren. We motivate students to attend the Science Academy Refresher Course in Experimental Physics, organized by Goa University; which is also recognised as an internship by the Board of Studies. To instill institutional social responsibility in students, we involve them in in-house teaching internship programmes, by organizing educational Outreach Programs for school children during semester breaks. The department also involves the students to participate and benefit from the subject related activities organised by our MoU partner: Department of Physics, Gogate-Jogalekar College, Ratnagiri.This program is for students who are interested to pursue higher studies in Physics/ Electronics/ Computer Applications/Marine Science and/or, be employable in fields such as Defence, Merchant Navy, Software companies, IT firms, Hardware industries and school teaching. Students who have completed their XII Science with PCM are eligible for this course.We want technologically savvy students, having a sound background in physics along with Mathematics and Chemistry; at the Higher Secondary level and are highly motivated to learn various concepts of physics, and committed to follow the discipline and work-ethics in the laboratory. The program offers elective courses such as Nuclear and Elementary Particle Physics, Mathematical Physics, Introduction to Special Theory of Relativity, Solid State Physics and Computational Physics, designed to provide a sound foundation in Theoretical Physics; whereas the elective courses such as Introduction to Material Science, Electronics-II, Solid State Devices and Instrumentation are designed to offer a base for Experimental Physics.The faculty members of the department, with research backgrounds in diversifying areas such as Theoretical Nuclear Physics, Experimental Neutron Physics, Theoretical Condensed Matter Physics and Material Science, facilitate the program to provide a wide range of elective courses.The infrastructure includes two well equipped laboratories with attached dark rooms and a research laboratory equipped with computers, Hydraulic Press, High Temperature Furnace, Digital Weighing machine, Hall Effect Kit, Electromagnets, Air Track and Three Newtonian Reflecting Telescopes. Learning resources for the theory component and e-journals for practical component of courses are provided online through Moodle, which can be accessed by students from anywhere (CLAAP).The faculty members impart quality education through interactive classroom teaching blended with effective use of ICT. Innovative teaching techniques like Peer Instruction and Peer tutoring are also followed.In addition to regular lectures, we also organise Talks on recent trends in Physics, to expose our students to current research areas. We provide a creative and stimulating environment for learning physics through experimental/ theoretical projects aligned to the aptitude of students. We promote self-learning, self-confidence, communication skills, and team work among students through regular presentations, group assignments and participation in students seminars/ paper presentations at intercollegiate level and state level.We encourage students to take up internship at D-Art of Science, doing science videos for schoolchildren. We motivate students to attend the Science Academy Refresher Course in Experimental

Bachelor of Science (B.Sc) in Physics

UNDERGRADUATE PROGRAM | 3 YEARS Bachelor of Science (B.Sc) in Physics The B.Sc. Physics programme aims to provide students with a strong foundation in fundamental and applied physics through a balanced combination of theory, laboratory work, and project-based learning. Apply Now View Syllabus Overview The B.Sc. Physics programme aims to provide students with a strong foundation in fundamental and applied physics through a balanced combination of theory, laboratory work, and project-based learning. The programme is designed to develop analytical thinking, problem-solving skills, and a scientific approach to understanding physical phenomena. The curriculum covers core areas such as mechanics, electromagnetism, quantum mechanics, thermodynamics, solid-state physics, and electronics, along with hands-on laboratory training and exposure to computational and experimental techniques. Emphasis is placed on conceptual clarity, experimental skills, and the application of physics to real-world problems. The programme also prepares students for higher education, research, teaching, and careers in industry, technology, and interdisciplinary fields. Program Specific Outcomes (PSO) PSO-1: Strengthen understanding of Physics Strengthen their understanding of core and applied areas of physics. PSO-2: Solve complex problems. Develop the ability to solve complex problems using mathematical and computational tools. PSO-3: Hands-on experience in experimental physics Acquire hands-on experience in experimental physics, demonstrating proficiency in laboratory techniques and analysis. PSO-4: Scientific Communication Skills. Effectively communicate scientific ideas, both in written and oral formats. Strengthen their understanding of core and applied areas of physics. Develop the ability to solve complex problems using mathematical and computational tools. Acquire hands-on experience in experimental physics, demonstrating proficiency in laboratory techniques and analysis. Effectively communicate scientific ideas, both in written and oral formats. Course Structure Internship of 4 credits should be completed in Semester IV and V Sem I Sem II Sem III Sem IV Sem V Sem VI Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-101: Mechanics-I UG-PHY-102: Mechanics, Sound and Properties of Matter UG-PHY-MDC1: General Physics: Fluids and HeatOrUG-PHY-MDC4: Introduction to Astronomy UG-PHY-VAC2: Environmental Physics UG-PHY-SEC1: Introduction to Mathematical Physics-IOrUG-PHY-SEC4: Python programming fundamentals and mathematical techniques Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-103: Electricity and Magnetism UG-PHY-104: Electricity, Magnetism and Electronics UG-PHY-MDC2: General Physics: Light and atoms UG-PHY-VAC1: Eminent Indian physicists and their contribution UG-PHY-SEC2: Introduction to Mathematical Physics-IIOrUG-PHY-SEC5: Matrices and Differential Equations Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-201: Electromagnetic Theory-I UG-PHY-202: Optics UG-PHY-204: Oscillation, Waves and Sound UG-PHY-211: Wave Optics and Elementary Modern Physics UG-PHY- MDC3: General Physics: Nucleus, Relativity and BeyondORUG-PHY-MDC5: Stars, Galaxies and Cosmology UG-PHY-SEC3: Introduction to Error AnalysisOrUG-PHY-SEC6: Numerical Techniques Major Core Minor/ Vocational UG-PHY-203: Modern Physics UG-PHY-206: Quantum Mechanics UG-PHY-207: Heat and Thermodynamics UG-PHY-208: Electronics-I UG-PHY-209: Properties of Matter and Acoustics UG-PHY-210: Introduction to Astronomy and Astrophysics UG-PHY- VOC1: Computational Physics Major Core Minor/ Vocational UG-PHY-301: Electromagnetic Theory-II UG-PHY-302: Solid State Physics UG-PHY-303: Thermodynamics and Statistical Mechanics UG-PHY-VOC2: Tools and Techniques for Computational Material Science UG-PHY- VOC3: Solid State Devices Major Core Minor/ Vocational UG-PHY-305: Atomic and Molecular Physics UG-PHY-306: Mechanics II UG-PHY-307: Nuclear and Elementary Particle Physics UG-PHY-308: Introduction to Special Theory of Relativity UG-PHY-PRJ: Project UG-PHY-VOC4: InstrumentationOrUG-PHY-VOC5: Analog and Digital Electronics Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-101: Mechanics-I UG-PHY-102: Mechanics, Sound and Properties of Matter UG-PHY-MDC1: General Physics: Fluids and HeatOrUG-PHY-MDC4: Introduction to Astronomy UG-PHY-VAC2: Environmental Physics UG-PHY-SEC1: Introduction to Mathematical Physics-IOrUG-PHY-SEC4: Python programming fundamentals and mathematical techniques Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-103: Electricity and Magnetism UG-PHY-104: Electricity, Magnetism and Electronics UG-PHY-MDC2: General Physics: Light and atoms UG-PHY-VAC1: Eminent Indian physicists and their contribution UG-PHY-SEC2: Introduction to Mathematical Physics-IIOrUG-PHY-SEC5: Matrices and Differential Equations Major Core Minor/ Vocational Multidisciplinary Course (MDC) Value Added Course (VAC) Skill Enhancement Course (SEC) UG-PHY-201: Electromagnetic Theory-I UG-PHY-202: Optics UG-PHY-204: Oscillation, Waves and Sound UG-PHY-211: Wave Optics and Elementary Modern Physics UG-PHY- MDC3: General Physics: Nucleus, Relativity and BeyondORUG-PHY-MDC5: Stars, Galaxies and Cosmology UG-PHY-SEC3: Introduction to Error AnalysisOrUG-PHY-SEC6: Numerical Techniques Major Core Minor/ Vocational UG-PHY-203: Modern Physics UG-PHY-206: Quantum Mechanics UG-PHY-207: Heat and Thermodynamics UG-PHY-208: Electronics-I UG-PHY-209: Properties of Matter and Acoustics UG-PHY-210: Introduction to Astronomy and Astrophysics UG-PHY- VOC1: Computational Physics Major Core Minor/ Vocational UG-PHY-301: Electromagnetic Theory-II UG-PHY-302: Solid State Physics UG-PHY-303: Thermodynamics and Statistical Mechanics UG-PHY-VOC2: Tools and Techniques for Computational Material Science UG-PHY- VOC3: Solid State Devices Major Core Minor/ Vocational UG-PHY-305: Atomic and Molecular Physics UG-PHY-306: Mechanics II UG-PHY-307: Nuclear and Elementary Particle Physics UG-PHY-308: Introduction to Special Theory of Relativity UG-PHY-PRJ: Project UG-PHY-VOC4: InstrumentationOrUG-PHY-VOC5: Analog and Digital Electronics Faculty of Life Science Department of Physics Established in 1962 Read More Career Opportunities Higher Education: M.Sc. Physics, Applied Physics, Materials Science, Electronics, Astrophysics, Data Science, and related interdisciplinary fields Research & Development: Research assistantships in academic institutions, national laboratories, and private R&D organisations Teaching & Education: Teaching at schools, coaching institutes, and academic support roles  Industry & Technology: Electronics, instrumentation, semiconductor industries, renewable energy, and quality control Competitive Examinations: JAM, GATE, NET, SET, Civil Services, and other national-level examinations Emerging Fields: Data analysis, computational physics, scientific software, and technology-driven roles

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