SDMCET: Syllabus Suggested plan of study I Semester B. E. ...

SDMCET: SyllabusBooks:1) E. Hughes - Electrical Technology, 8 th edition, Pearson, 2006.2) B.L. Theraja- Fundamentals of Electrical& Electronics Engineering,S Chand,2006.3) R.L. Chakrasali–Basic Electrical Engineering,Acme Learning Pvt. Ltd, New Delhi,2010.4) B.H. Khan – Non Conventional Energy Sources, TMH publishing, 2006.11UPHC100/11UPHC200 Engineering Physics (4-0-0-0) 4Objectives:At the end of course, student should understand:1. Failure of classical physics in the quantum domain and hence understandingof dual nature of material particle.2. The fundamentals of Quantum Mechanics for comprehending the dynamics ofsub-atomic particles.3. The basics of material parameters that explain the electrical properties ofmetals.4. Energy level concept of semiconducting materials and their importantproperties for the solid state device fabrication.5. Physics of magnetic and superconducting materials and their applications.6. Photonic materials, devices and their applications.7. The concepts of crystal structures and their relations towards understandingof crystalline materials.8. Size dependent properties of nanomaterials – Elementary concepts,characterizations and applicationsContribution to Outcomes:At the end of the semester student should able to demonstrate:1. An ability to analyze the engineering concepts based on fundamental physicalconcepts.2. Applications of the fundamental physical laws for better understanding ofmaterials and their properties, for engineering applications.Prerequisites: NilContents:1) Modern Physics: Introduction to Modern Physics, Wave particle Dualism, de-Broglie hypothesis- de-Broglie wavelength. Davisson and Germer experiment.Matter waves and their characteristic properties. Concept of Phase velocity,group velocity and particle velocity. Relation between group velocity and particleI Year B. E: 2013 – 146