Physics

The Engineering Physics Laboratory is designed to provide undergraduate engineering students with hands-on experience in fundamental physics concepts that form the foundation of engineering and technological applications. The laboratory enables students to experimentally verify theoretical principles learned in the classroom and to develop practical skills in measurement, analysis, and interpretation of physical phenomena.
The laboratory is well equipped with modern instruments and experimental setups related to optics, semiconductor physics, electricity and magnetism, material properties, and wave phenomena. Students perform experiments such as determination of band gap energy, Hall effect, magnetic susceptibility, optical fiber studies, laser and diffraction experiments, and measurement of thermal properties of materials.
Emphasis is placed on accuracy, safety practices, data analysis, and error estimation. The laboratory also fosters problem-solving ability, teamwork, and scientific reporting skills. Through systematic experimentation, students gain confidence in handling precision instruments and develop an experimental approach essential for engineering practice and research.
The Engineering Physics Laboratory plays a crucial role in strengthening conceptual understanding and preparing students for advanced engineering studies, research activities, and industry-oriented applications.