A minor is intended for a student to gain expertise in an area outside his/her major B. Tech discipline. A specialist basket of 3-6 courses is identified for each Minor. Each basket may rest on one or more foundation courses. A basket may have sequences within it, i.e. advanced courses may rest on basic courses in the basket. In order to successfully complete a Minor, a student needs to take at least 9 credits with a CGPA of 7.0 out of the courses defined in that Minor basket. The area of the Minor must be different from the Major discipline of the student; the courses that are part of the common core (including HSS), or the discipline core/electives cannot be counted towards a Minor. A student is allowed to take any number of Minors, but a particular course cannot be counted for more than 1 Minor. The name of the Minor will appear on the Transcript and the degree certificate of the student.
PH301/PH513* Quantum Mechanics and Applications/Quantum Mechanics Download PH301/PH513 PH302/PH522 * Introduction to Statistical Mechanics/Statistical Mechanics Download PH302/PH522 PH501/PH523* Solid State Physics/Condensed Matter Physics Download PH501 / PH523 PH502 Photonics Download Course Details PH503 Laser and Applications Download Course Details PH504 Organic Optoelectronics Download Course Details PH505 Electronic Structure Download Course Details PH506 Project
Minor in Device Materials/ Structural Materials
ME205 Machine Drawing Download Course Details ME206 Mechanics of Solids Download Course Details ME305 Design of Machine Elements Download Course Details ME309 Theory of Machines Download Course Details ME352 Finite Element Methods in Engineering Download Course Details ME602 Mechanical Vibration Download Course Details
ME210 Fluid Mechanics Download Course Details ME303 Heat Transfer Download Course Details ME307 Energy Conversion Devices Download Course Details ME356 Principles of Energy Conversion Download Course Details ME451 Refrigeration and Air Conditioning Download Course Details ME614 Compressible Flow and Gas Dynamics Download Course Details ME615 Applied Computational Fluid Dynamics Download Course Details