The B.Tech Engineering Physics syllabus is structured into eight semesters like other B.Tech courses. It includes a mix of lectures, practicals, workshops, projects to impart experiential learning. B.Tech Engineering Physics subjects cover a wide range of topics like electronics, quantum physics, nanoscience, etc., and electives. To enhance the communication skills of students, English is also included in the syllabus.
B.Tech Engineering Physics subjects cover all aspects of applied physics and its application in various engineering domains. Following are the subjects in the B.Tech Engineering Physics course segmented into eight semesters.
|Introduction to Engineering Physics
|Introduction to Programming
|Computational Physics Lab
|Signals and Systems
|Mechanical Engineering Drawing
|Nuclear Physics and its Applications
|Digital Electronics and Circuits
|Electrical Engineering Lab
|Electronics Engineering Lab
|Atomic and Molecular Physics
|Solid State Physics
|Digital Signal Processing
|Digital Signal Processing Lab
|Computer Programming Lab
|Vacuum and Technology
|Acoustics and Matter
|Quantum Field Theory
|Modern Particle Physics
|Engineering Thermodynamics Lab
B.Tech Engineering Physics subjects can be divided into basic engineering, core engineering physics, laboratory, and elective subjects. Laboratory or practicals is where the students get into the working of instruments and application of theoretical concepts. Elective subjects are those which students can choose to gain an understanding of specific topics. The following is a list of subjects in the B.Tech Engineering Physics course.
B.Tech Engineering Physics Core Subjects:
B.Tech Engineering Physics Lab Subjects:
Apart from the core engineering and applied physics subjects, students may choose specialised elective subjects each semester.
B.Tech Engineering Physics course is structured to first make the engineering basics strong and then dives deep into applied physics topics and its practical applications. The curriculum develops the students’ research, development, and problem-solving skills. This makes B.Tech Engineering Physics students a valuable resource for research organisations and companies.
The B.Tech Engineering Physics course structure can be summarized as follows:
B.Tech Engineering Physics course uses multiple teaching techniques. This includes regular lectures, engineering physics labs, project work. Project work encourages students to go deep into the topic and develop research-based solutions for critical problems. The teaching methodology involves:
B.Tech Engineering Physics projects could be based on many topics such as energy systems, thermodynamics, nuclear and molecular physics. Such project work motivates students to think out-of-the-box and cultivate team spirit. Following are some examples of B.Tech Engineering Physics projects:
Students can refer to recommended books to get deeper insights from experienced authors. Below is a list of reference books for B.Tech Engineering Physics:
|Concepts of Modern Physics
|Arthur Beiser, S. Rai Choudhury, Shobhit Mahajan
|Hitendra K. Malik, A.K. Singh
|Applied Physics for Engineers
|Introduction to Quantum Mechanics
|David J. Griffiths
|Solid State Engineering Physics
|P. K. Basu, H. Dhasmana
|William T. Silfvast
|Electrical Engineering Materials