M. Tech. (Power Electronics and Power System) (Semester I) Course Plan for Each Week (Hrs)

Transcription

1 No. 3 Advanced Power Electronics Computer Application in Power System Modelling and Analysis of Electrical Machines M. Tech. (Power Electronics and Power System) (Semester I) Plan for Each Week (Hrs) Credits Lectures Laboratory Tutorial T T End End Semester Semester Weightage (%) Termwork Seminar MTPX MTPX MTPX Dynamics of Linear Systems MTPX Seminar-I* MTPX Elective I MTPX 6 to MTPX NOTE: () Test, Test and end semester weightagepoints will be added and shown as the theory points in the mark sheet. () For passing, student must secure minimum 50% points in each course with all heads of passing taken together and minimum 50% points in the end semester examination. *Student has to present a seminar, on a topic selected in consultation withassigned Faculty member, in the allotted seminar slot as per the academic calendar. Seminar-I will be examined by the Faculties.

2 Evaluation process for Seminar I Level of Topic selected Reproduction of simulation results Presentation Suggested improvements in the presented work Points Duration for Test I and Test II: 0 Hour Duration for End Semester : 03 Hour Elective I s No. Elective. MTPX 6 Digital Simulation of Power Electronics System. MTPX 7 Power System Planning and Reliability 3. MTPX 8 Artificial Intelligence for Power System 4. MTPX 9 DSP Control in Power Electronics

3 M. Tech. (Power Electronics and Power System) (Semester II) No. 3 4 Application of Power Electronics in Power System Advanced Control of Electrical Drives Power System Dynamics and Control Protection in Power System Plan for Each Week (Hrs) Lectures Laboratory Tutorial Credits T T End End Semester Term work Semester Weightage (%) Seminar MTPX MTPX MTPX MTPX 4 3 _ Hardware Lab MTPX Elective II MTPX 6 to MTPX NOTE: () Test I, Test II and end semester weightage points will be added and shown as the theory points in the mark sheet. () For passing, student must secure minimum 50% points in each course with all heads of passing taken together and minimum 50% points in the end semester examination.

4 Duration for Test I and Test II: 0 Hour Duration for End Semester: 03 Hour Elective II s No. Elective. MTPX 6 Network Principles and Protocols. MTPX 7 Optimization Techniques 3. MTPX 8 Application of Power Electronics in Renewable Energy System 4. MTPX 9 Applied Nonlinear Control

5 No Seminar on Literature Review Dissertation M. Tech. (Power Electronics and Power System) (Semester III) Plan for Each Week (Hrs) Lectures Lab Tutorial Credits Report Seminar MTPX # + $ 8 50* 50* 00 MTPX3 -- _ # +4 $ 8 50* 50* 00 Stage-I Seminar # +6 $ * Examined by supervisor and at least one internal examiner. # Contact hours with mentor/supervisor/guide, $ Self learning hours For passing, Student must secure minimum 50% points in each with all headof passing taken together and minimum 50% points in the end semester examination. M. Tech. (Power Electronics and Power System) (Semester IV) No Dissertation Stage-II Seminar (Pre-Synopsis) Dissertation & Viva-Voce Plan for Each Week (Hrs) Lectures Lab Tutorial Credits Report Seminar MTPX # + $ 8 50* 50* 00 MTPX4 -- _ 6 # +8 $ 00** 50** # +30 $ * Examined by supervisor and at least one internal examiner ** Examined by supervisor and one approved external examiner. # Contact hours with mentor/supervisor/guide, $ Self learning hours For passing, Student must secure minimum 50% points in each with all headof passing taken together and minimum 50% points in the end semester examination.