Supervised Thesis

1. Farzad Yazdani, Efficiency improvement of Dual Active Bridge Isolated DC converter used in braking energy storage system of urban rail transport(metro), PhD Thesis, Sharif University of technology, to be completed

2. Moein Ghadrdan, Design of Medium Voltage Multi-Level, Multi Cell Inverter with Reliability Consideration, M. S. Thesis, Sharif University of technology, To be completed

3. S. Hamid Montazeri, Switch Fault Detection for Active Neutral-Point-Clamped (ANPC) Inverters, M. S. Thesis, Sharif University of technology, To be completed

4. S. Saeed Mirghasemi, Design and Implementation of High P.F. Flicker Free E-capless LED Driver, M. S. Thesis, Sharif University of technology, To be completed

5. Negar Norouzi, Performance improvement of grid-connected quasi-Z-Source photovoltaic inverter to reduce leakage currents, PhD Thesis, Sharif University of technology, to be completed

6. Mohsen Rezayati, Design and implementation of FPGA based real time simulator for power electronic converters, M.S. Thesis, Sharif University of technology, EE Dept. Fall 2016

7. Manouchehr fathi, Post fault vector control of CHB driven induction motor, M.S. Thesis, Sharif University of technology, EE Dept. Fall 2016

8. Hossein Kazemi, Post-Fault Control of Fault-Tolerant Multi Module Converters, M.S. Thesis, Sharif University of technology, EE Dept. Winter 2015

9. Morteza Rezaei Larijani, Design and implementation Real-Time simulator for CHB converter using FPGA, M.S. Thesis, Sharif University of technology, EE Dept. summer 2015

10. Saeed Haghnazari, Fast failure detection in modular multilevel converter power switches for fault tolerant operation, PhD Thesis, Sharif University of technology, to be completed

11. Mohammad Amereh, Design and implementation of transformerless grid connected PV inverter with mitigating leakage currents, M.S. Thesis, Sharif University of technology, EE Dept. fall 2014

12. Hamed Valipour, High Efficiency off-line light-emitting diode (LED) driver with long lifetime, M.S. Thesis, Sharif University of technology, EE Dept. summer 2014

13. Abbas Komeijani, Optimum design hybrid energy storage systems in electric urban rail transport systems, M.S. Thesis, Sharif University of technology, EE Dept. summer 2014

14. Masih Khodabande, Introducing a suitable structure and control method for main component of the direct AC to AC converter, M.S. Thesis, Sharif University of technology, EE Dept. summer 2014

15. Mohammad Heydari, Design hybrid storage systems for electric urban rail transport systems, M.S. Thesis, Sharif University of technology, EE Dept. fall 2013

16. Ayoub Balador, Design of medium voltage multilevel inverter with reliability consideration, M.S. Thesis, Sharif University of technology, EE Dept. summer 2013

17. M. Yazdanian, Optimum Design of a Low Speed Superconducting Synchronous Machine, PhD Thesis, Sharif University of technology, Summer 2013 (co-supervised)

18. S. Tohidi, Analysis and improvement of dynamic behavior of brushless doubly fed generators in wind turbines, PhD Thesis, Sharif University of technology, fall 2012 (co-supervised)

19. M. Shahbazi, Fault tolerant converter for doubly-fed induction generator wind turbines based on five-leg converter, PhD Thesis, Sharif University of technology-Nancy1 University, fall 2012 (co-supervised)

20. J. Babaei, Design & implementation of a wide output power range, high efficiency inverter for PV application, M.S. Thesis, Sharif University of technology, EE Dept. fall 2012

21. M. Hanifi, Energy savings in the urban electrified railway using onboard storage systems, M.S. Thesis, Sharif University of technology, EE Dept. winter 2011

22. P. Elhaminia, Optimum Design of magnetic circuit of Superconducting Synchronous Machine, M.S. Thesis, Sharif University of technology, EE Dept. fall 2011

23. M. Shirazi, Balanced Three Phase Load Voltage Control of a Stand-Alone Hybrid System including Wind Turbine, PV and Fuel cells, M.S. Thesis, Sharif University of technology, EE Dept. fall 2010

24. N. Noroozi, Efficiency improvement Methods for a Buck + Boost Single stage PWM rectifier, M.S. Thesis, Sharif University of technology, EE Dept. fall 2010

25. R. Haghi, Efficiency improvement of a PWM rectifier using soft switching and Redesign of the modified converter, M.S. Thesis, Sharif University of technology, EE Dept. fall 2010

26. R. Beiranvand, Design and Implement of the Ion Implanters Ion Gun Power Supplies by Using the Resonant Converters, PhD. Thesis, Sharif University of technology, EE Dept. fall 2010, (co-supervisor)

27. S. Kazemloo, Direct Torque Control of Induction Motor Fed by Reduced Switch Three Phase Inverter M.S. Thesis, Sharif University of technology, EE Dept. fall 2009

28. S. Ouni, Design and Simulation of a Four Switch Three Phase 6 kW Rectifier with Input Power Factor Correction, M.S. Thesis, Sharif University of technology, EE Dept. fall 2009

29. Mohammadpour, Design and simulation of a three-phase single-stage power factor correction rectifier, MS. Thesis, Sharif University of technology, EE Dept. summer 2009

30. H. Mousavian, Design and Implementation of a Solar Charger with Maximum Power Point Tracking Ability, M.S. Thesis, Sharif University of technology, EE Dept. fall 2008

31. Sahari, Designing a Passivity Based Controller for a Three Phase PFC Rectifier, M.S. Thesis, Sharif University of technology, EE Dept. summer 2008

32. Mirmousa, Simulation and Design of an Electronic Power Transformer for Distribution Systems, M.S. Thesis, Sharif University of technology, EE Dept. fall 2007

33. Moallem, DSP-Based Controller Design and Implementation for a Three Phase Rectifier of a Telecommunication Power Supply with Power Factor Correction, M.S. Thesis, Sharif University of technology, EE Dept. 2007

34. H. Mirzaei, Design and Prototyping of Three-Phase/Level/Switch VIENNA I Rectifier to Operate Under Unbalnced Mains, M.S. Thesis, Sharif University of technology, EE Dept. 2007

35. S. Kaboli, Optimization of direct torque control method in induction motor drives to reduce torque pulsation and loss in complete set of motor and inverter PhD Thesis, Sharif University of technology, EE Dept. 2006

36. V. Jalali, Design and Simulation of a High efficiency 6 kW Switching Power Supply with Input Power Factor Correction, M.S. Thesis, Sharif University of technology, EE Dept. 2006

37. Ghafouri, Transient Stability Improvement of Power Systems Using Fuzzy Controlled STATCOM, M.S. Thesis, Sharif University of technology, EE Dept. 2006

38. Bassirou Sock, Digital controller using dynamic pole placement by polynomial approach for power factor correction circuit, M.S. Thesis, North Carolina A&T State University, ECE Dept, 2005 (co advisor)

39. Clarissa Jennifer John Joseff, Thermal based current sharing of parallel converters, M.S. Thesis, North Carolina A&T State University, ECE Dept, 2004 (co advisor)

40. P. Murphy, Predictive digital control of switching power supplies with the introduction of dead time, M.S. Thesis, North Carolina A&T State University, ECE Dept, 2004 (co advisor)

41. Mahboubi, Design and implementation of a five level three phase voltage inverter for induction motor drive M.S. Thesis, Sharif University of technology, EE Dept. 2003

42. J.H. Park, Digital Control of Asymmetrical Half-Bridge Converter with Range Winding Based on LQG regulation, M.S. Thesis, North Carolina A&T State University, ECE Dept, 2003 (co advisor)

43. H. Keyhani, Improvement of DTC induction motor drive performance using a discrete space vector modulation technique M.S. Thesis, Sharif University of technology, EE Dept. 2003

44. S. Abazari, Power System Transient Stability Improvement Using ASVC, PhD Thesis, Sharif University of technology, EE Dept. 2003 (co adviser)

45. S. Haghbin, Real time stator resistance estimation for direct torque controlled induction motor drive M.S. Thesis, Sharif University of technology, EE Dept. 2002

46. Hamani, Direct torque control of induction motors using multilevel inverters M.S. Thesis, Sharif University of technology, EE Dept. 2002

47. A.M. Rahimi, Samsung S51 switching power supply analysis and optimization M.S. Thesis, Sharif University of technology, EE Dept. 2001

48. Arefi, Precise control of position, speed and acceleration in AC servo motors M.S. Thesis, Sharif University of technology, EE Dept. 2001

49. S. Mohammadi, Static drivers for synchronous drives M.S. Thesis, Sharif University of technology, EE Dept. 2000

50. S.M. Sadrieh, A current source based driver for Linear Piezoelectric step motor M.S. Thesis, Sharif University of technology, EE Dept. 2000 (co adviser)

51. R. Maleki, Design and implementation of a PC based controlled harmonic generator M.S. Thesis, Sharif University of technology, EE Dept. 2000 ( co adviser)

52. M. Jokar, Static excitation of a synchronous generator M.S. Thesis, Sharif University of technology, EE Dept. 1999 ( co adviser)

53. D. Dideban, Design and implementation of a virtual test bed for DC/Dc converters M.S. Thesis, Sharif University of technology, EE Dept. 2000 ( co adviser)

54. B. Vafakhah, Investigation on machine modeling error on direct torque control of induction motor and proposing a modified model M.S. Thesis, Sharif University of technology, EE Dept. 1999

55. H. Khademizadeh, Investigation on reduced switch inverter fed variable speed low power induction motor drive M.S. Thesis, Sharif University of technology, EE Dept. 1999