Teaching
Details of Teaching Experience:
|
Sl No. |
Topics / Subjects taught |
Institution |
Years taught (yyyy to yyyy) |
Level (UG/PG) |
|
1. |
Basic Electrical Engg. |
B. E. College Shibpur, (Deemed University)/ BESU, Shibpur/ Presently,IIEST, Shibpur |
1999-2015 |
UG |
|
2. |
Electromagnetic Field Theory |
Same as above |
2001 till date |
UG |
|
3. |
Electrotechnology (for Mining Engineering 2nd year) |
Same as above |
1998-2001 |
UG |
|
4. |
Solid State Devices and Applications - I |
Same as above |
1999 - 2006 |
UG |
|
5. |
Principles of AC Circuits |
Same as above |
2000 - 2006 |
UG |
|
6. |
Electrical Machines II |
Same as above |
1999 till date |
UG |
|
7 |
Power Electronics |
Same as above |
1998 |
UG |
|
8. |
Control Systems - I |
Same as above |
1998 |
UG |
|
9. |
Advanced Power Electronics (earlier called PE-I) |
Same as above |
2005 till date |
PG |
|
10 |
Power Electronic Converter fed drives (earlier called PE-II) |
Same as above |
2005 till 2014 |
PG |
|
11 |
Generalised Theory of Elecrical Machines |
Same as above |
2005 - 2016 |
PG |
|
12 |
Special Topics in Power Electronics and Drives applications (earlier called PE-III) |
Same as above |
2005 till date |
PG |
- Experimental set-ups developed fully in the laboratory and in operation
1A 1. Attraction type electromagnetic levitation apparatus of a 62gm steel ball and a 148 gm cuboid steel plate under controlled electromagnet.
2) 2.Repulsion type electromagnetic levitation mechanism for a 150 gm circular aluminium plate fed from a 300 Hz CSI.
3) 3. Power Electronic Converter and DSP-based controller for variable speed drive using a 4 kW, 4-phase Oulton SR Motor.
4. Closed loop buck-chopper based drive for a 1 hp, 220 V DC separately excited motor drive.
5. Design and fabrication of NdFeB permanent magnet based 1 hp, 48 V, 2000 rpm BLDC motor and its power electronic converter
6. Implementation of controller for BLDC motors on FPGA platform
7. Design, development, fabrication and practical tests on a 3-phase, 1-hp, 48 V, SRM for application in low power traction.
8. Design and fabrication of Power electronic converter and its control on FPGA platform for the above 3-phase SR Motor
9. Design and development of a 2 kW, 400 A, 10 kHz Induction Heating Coil
10. Design and development of a thyristorised Current Source Inverter for a 2 kW, 10 kHz IH coil with auxiliary start-up network.
11. Design and development of a thyristorised Current Source Inverter with front-end buck converter for a 2 kW, 10 kHz IH coil with auto-start up features to eliminate auxiliary start-up network
12. Design and development of IGBT-based forced commutated CSI for the above IH coil with ZVS features.
13. Design and development of IGBT-based CSI for the above IH coil with resonant frequency tracking for auto-synchronisation capability.
14. Design and development of IGBT-based CSIs operating from a common DC-link for application in series cascaded multiple IH coils with resonant frequency tracking for auto-synchronisation capability at distinct resonant frequencies for each IH unit.
15. Design and development of DSP-controlled 10 KVAr, 400 V STATCOM as FACTS-based shunt compensating device.
16. Design and development of DSP-controlled 10 KVA, 400 V UPFC as FACTS-based series-shunt compensating device consisting of STATCOM and DVR sections.
17. Design, development, fabrication and practical tests on a 4-phase, 3 kW, 560 V SRM and its closed loop power controller.
18. Design, development, fabrication and practical tests on a 4-phase, 0.5 kW, 48 V double-sided axial-flux SRM and its closed loop power controller.
19. Design and fabrication of SmCo permanent magnet based 1 hp, 48 V, 2000 rpm BLDC motor and its power electronic converter for application in forced draft fans.
20. Design and fabrication of NdFeB permanent magnet based 2 KVA, 325 V, 1000 rpm Permanent Magnet Synchronous Generator and its power electronic converter for application in power generation from micro-wind and pico-hydel sources.
21. Design and fabrication of NdFeB permanent magnet based 5.5 kW, 400 V, 750 rpm Permanent Magnet Synchronous Motor and its power electronic converter for application in centrifugal pumps.
22. Design and fabrication of a 2kW, 100 A PMRTC-based welding converter using power silicon-MOSFETs operating at 50 kHz.
23. Design and fabrication of a 2kW, 100 A PMRTC-based welding converter using power SiC-MOSFETs operating at 100 kHz.
24. Design and fabrication of a 55 kVA, 200 A general purpose power stack using SiC-MOSFETs operating at 500 kHz.
25. Design, development, fabrication and practical tests on a 3-phase, 0.75 hp, 400 V, Linear Induction Motor.
26. Design, development, fabrication and practical tests on a 3-phase, 0.75 hp, 400 V, Permanent-magnet Synchronous Motor Linear Motor with surface-mounted magnets.
27. Design, development, fabrication and practical tests on a 3-phase, 0.75 hp, 400 V, Tubular Linear Induction Motor.
25. Design and development of an IGBT-based voltage Source Inverter fed 2 kW, 10 kHz IH coil with auto-start up features.
26. Design (complete), fabrication (ongoing), analysis (complete) and development of 5 kW, 750 rpm, 400 V, interior permanent magnet based-PMSM and its power controller.
27. Design (complete), fabrication (ongoing), analysis (complete) and development of 0.75 hp, 3000 rpm, 400 V, interior permanent magnet based-BLDC motor and its power controller.
28. Design and fabrication of NdFeB permanent magnet based 2 KVA, 325 V, (80 rpm prime-mover speed), concentrated-coil Permanent Magnet Synchronous Generator and its power electronic converter for application in power generation from micro-wind and pico-hydel sources.
- Set-ups under development
1. Design, development, fabrication and practical tests on a 4-phase, 2 kW, 560 V SRM and its closed loop power controller for application in submersible pumps.
2. Design, development, fabrication and practical tests on a 4-phase, 0.25 hp, 48 V double-sided axial-flux SRM and for direct wheel applications.