Exploring the fundamental laws of nature through theoretical concepts, scientific inquiry, and practical applications.
The Bachelor of Science (B.Sc.) in Physics is designed to provide students with a comprehensive understanding of the fundamental principles governing matter, energy, motion, and the physical universe. The programme combines theoretical concepts with scientific reasoning, analytical thinking, and practical applications.
The curriculum covers a broad range of topics including Mechanics, Thermal Physics, Wave Motion, Gravitation, Thermodynamics, Electromagnetism, Optics, Statistical Physics, Solid State Physics, Spectroscopy, Electronics, Semiconductors, and Scientific Instrumentation. Students develop strong quantitative, experimental, and problem-solving skills through systematic study and practical learning.
The programme encourages scientific inquiry, critical thinking, mathematical analysis, and technological understanding, preparing students to address real-world challenges through scientific methods.
Graduates can pursue higher education and careers in research, education, scientific services, engineering sectors, electronics industries, data analysis, government organizations, and emerging technology-driven fields.
Science Stream
Developing scientific understanding, analytical thinking, experimental skills, and problem-solving abilities through the study of Physics.
Semester-wise academic structure of the B.Sc. Physics (Minor) programme.
| Year | Semester | Course Title | Major Topics Covered | Credits |
|---|---|---|---|---|
| First Year | Semester I – II | Mechanics, Thermal Physics and Basic Electronics | Mathematical Preliminaries, Newtonian Mechanics, Wave Motion, Gravitation, Thermodynamics, Kinetic Theory of Gases, Electronic Circuits, Semiconductors, Transistors and Instrumentation. | 6 |
| Second Year | Semester III – IV | Advanced Physics Concepts | Classical Mechanics, Electromagnetic Theory, Optics, Statistical Mechanics, Solid State Physics and Spectroscopy. | 6 |
| Total Programme Credits | 12 | |||
A progressive study of fundamental and advanced concepts in Physics, covering mechanics, thermodynamics, electronics, optics, and modern physics.
Total Credits Across Four Semesters: 12 Credits
Guidelines designed to promote scientific learning, academic excellence, laboratory discipline, and professional development throughout the Physics programme.
Students should maintain the minimum attendance prescribed by the University and College regulations to remain eligible for examinations, practical work, and academic activities.
Regular participation in laboratory sessions is essential. Students should carefully perform experiments, maintain practical records, and follow laboratory safety guidelines.
Students are encouraged to engage in self-study, reference reading, numerical problem-solving, assignments, seminars, and scientific discussions beyond classroom teaching.
Academic performance is evaluated through assignments, practical records, laboratory work, presentations, quizzes, class tests, and semester examinations.
Students should develop analytical thinking, scientific reasoning, experimental observation skills, and the ability to apply physical principles to real-world situations.
Students are encouraged to utilize scientific software, simulation tools, digital resources, workshops, and research activities to enhance their understanding of Physics.
Students must adhere to the academic regulations, examination rules, practical requirements, laboratory ethics, and code of conduct prescribed by Smt. Indira Gandhi PG College and Maharaja Suhel Dev State University. Active participation in lectures, laboratory work, assignments, seminars, and continuous assessment activities contributes significantly to academic success and scientific growth.
Comprehensive academic support and vibrant student engagement opportunities.
