BSc Applied Physics is an undergraduate three-year course that merges fundamental concepts of physics with actual applications in industry, engineering, and technology. The course emphasizes the use of theoretical principles of physics in electronics, nanotechnology, renewable energy, materials science, and instrumentation
A few of the fundamental subjects discussed under applied physics are the Methodology of Science and Physics, Electronics, Properties of Matter, Waves & Acoustics, Mechanics, Thermodynamics, Quantum Mechanics, Physical Optics and Modern Optics, Thermal and Statistical Physics, etc.
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BSc Applied Physics Syllabus Structure
The B.Sc Applied Physics syllabus is divided into 4 types of course categories, i.e., Common Courses, Core Courses, Core Electives, and Complementary Courses. Let's have a look at all the subjects under these categories.
BSc Applied Physics Semester-Wise Syllabus
The BSc Applied Physics is a 3-year course divided into 6 semesters. Here is the B.Sc Applied Physics syllabus followed by Calicut University. It is expected that the government institutions may have a similar syllabus to this:
BSc Applied Physics Complementary Courses
| Complementary Courses | |
| BSc Applied Physics | Advanced Theory Courses in Electronics |
BSc Applied Physics Exam Pattern
The BSc Applied Physics is usually evaluated on a credit-based system. Students have to appear for internal assessments and end-term examinations, which will be the major components of evaluation. Here is the exam pattern for BSc Applied Physics followed at Calicut University:
Also Check: B.Sc Applied Physics Career Options
BSc Applied Physics Syllabus FAQs
What are the major topics in the BSc Applied Physics syllabus?
The major topics usually consist of Classical Mechanics, Electromagnetism, Quantum Physics, Thermodynamics, Electronics, and Solid State Physics, as well as applied subjects like Instrumentation and Computational Physics.
Is practical/laboratory work part of the syllabus?
Yes, BSc Applied Physics has long lab sessions in each semester. These are practicals on experiments in optics, electronics, mechanics, and modern physics to get practical exposure to scientific equipment and methods.
Is there interdisciplinary or application-based content in the syllabus?
Yes, the "applied" aspect of the course guarantees the inclusion of interdisciplinary subjects like Electronics, Instrumentation, Environmental Physics, and occasional introduction to engineering or industrial applications.
