Theses/Dissertations Directed  

Masters Theses:

Miguel E. Chavez, "Analysis of a Current-Fed Series Resonant DC-DC Converter", 
August 1989.

 Worapania Palthkumskil, "Comparison of Resonant D.C. Link Converter using
MCTs", May 1993.

Tony Lee, "Characterization of MCTs in Resonant Link AC/AC Pulse Density
Modulated Converters",  August 1993.

Saeed Mir, "Fuzzy logic control of Inverter-Fed Induction Motors",
December  1993.

Luis Cabrera, "Direct Torque Control of Inverter Fed Induction Motors Using Neural
Networks", December 1994.

Brian Makulinski, "
Periodic Feedback Digital Control of Power Electronic Converters", August 1995.

John Bates, "Neural Network Control of A Chopper-Fed DC Motor",
December 1995.

Nick Langovsky "Closed-Loop Observer and Adaptive Controller of An Induction
Motor Drive", May 1996.

Tom Perl, "Design Considerations for Sensorless Operation Switched Reluctance
Motors", August 1996.

Mike Oppenhimer, "Sliding Mode Control of a C'uk Converter", August 1996.

Hei Wei Chan, "Improving the Power Factor of Utility Interface Power Electronic
Circuits Using Neural Networks”, August 1997.

Kryzsztof Russa, “Torque Ripple Minimization of A Switched Reluctance
Motor Over A
Wide Speed Range", December 1997.

Nahid Jabeen, “Investigation of Soft Switching Techniques for High Power DC/AC
Conversion”, May 1998.

Nasir Abdallah, "Torque Ripple Minimization in DTC of Induction Motor Drives",
expected Aug 2001.

Doctoral Dissertations:

Saeed Mir, “A High Performance Switched Reluctance Machine”, May, 1998.

Tong Liu, "A high Performance PM Synchronous Motor Drive", December,1999.  

Changcheng Li, "Sensorless PMSM Drive", expected May 2003.