Course (Cr-Hrs) Enrollment:

Auburn University (Quarter System)

• Fall 1988 (2/3 teaching, 1/3 research)
• EE-351 Linear Feedback Systems (3) 30

Winter 1988 (2/3 teaching, 1/3 research)

• EE-490 Special Topics (3) 1
• EE-582 Appl and Des of Pwr Elect Sys (3) 7
• EE-682 Appl and Des of Pwr Elect Sys (3) 5
• EE-692 Directed Reading (3) 1

Spring 1989 (2/3 teaching, 1/3 research)

• EE-371 Electronics I (3) 42
• EE-499 Special Projects (3) 2
• EE-690 Special Topics (3) 1
• Fall 1989 (2/3 teaching, 1/3 research)
• EE-371 Electronics I (3) 41
• EE-497 Design Projects (2) 1
• EE-499 Special Projects (1) 1

Winter 1990 (2/3 teaching, 1/3 research)

• EE-374 Electronics II (4) 28
• *EE-590 Pwr. Semicond. Devices (3) 1
• *EE-690 Pwr. Semicond. Devices (3) 11
• EE-497 Design Projects (2) 1
• EE-499 Special Projects (2) 1
• EE-692 Directed Reading (5) 1

Spring 1990 (2/3 teaching, 1/3 research)

• EE-371 Electronics I (3) 40
• EE-497 Design Projects (2) 2
• EE-499 Special Projects (1-3) 4
• EE-597 DC-to-DC Converters (3) 11
• EE-690 Power Electronic Converters (3) 6

Summer 1990

• EE-499 Special Topics (4) 1
• EE-692 Directed Reading (5) 2
• Fall 1990 (47% teaching, 53% research)
• EE-374 Electronics II (4) 22
• EE-582 Appl. and Design of Pwr. Elect. (3) 3
• EE-682 Power Electronic Systems (3) 4
• EE-692 Directed Reading (1) 1

Winter 1991 (47% teaching, 53% research)

• EE-374 Electronics II (4) 22
• *EE-401 Senior Design Projects (3) 12
• EE-692 Directed Reading (1) 1
• EE-699 Research and Thesis (3) 1

Spring 1991 (47% teaching, 53% research)

• EE-374 Electronics II (4) 30
• *EE-402 Senior Design (3) 12
• EE-499 Special Projects (3) 4
• EE-699 Research and Thesis (6) 1

Summer 1991

• EE-499 Special Topics (3) 1
• EE-699 Research and Thesis (3) 1

Fall 1991 (47% teaching, 53% research)

• EE-475 Electronics III (5) 30
• *EE-401 Senior Design (3) 13
• EE-699 Research and Thesis (3) 2

Spring 1992 (47% teaching, 53% research)

• EE-582 Appl. and Design of Pwr. Elect. (3) 3
• EE-682 Power Electronic Systems (3) 4
• EE-499 Special Projects (3) 4
• EE-699 Research and Thesis (6) 1

SUNY at Binghamton

Spring 1994 (50% teaching, 50% research)

• *EE-417 Adv. Elect. (Pwr. Elect.) (3) 7
• *EE-415 Adv. Elect. (Pwr. Elect.) Lab (1) 7
• *EE-520 Adv. Elect. (Pwr. Elect.) (4) 13
• EE-599 Research and Thesis (3) 1

Fall 1994 (50% teaching, 50% research)

• EE-311 Electronics I (4) 35
• EE-599 Research and Thesis (3) 1

Spring 1995 (50% teaching, 50% research)

• EE-382 Technical Communications (1) 30
• EE-417 Adv. Elect. (Pwr. Elect.) (3) 11
• EE-415 Adv. Elect. (Pwr. Elect.) Lab (1) 7
• EE-499 Undergrad Research (2) 1
• EE-520 Adv. Elect. (Pwr. Elect.) (4) 5
• EE-599 Research and Thesis (X) 3

Fall 1995 (50% teaching, 50% research)

• EE-311 Electronics I (4) 40
• *EE-340 Signals and systems 45
• EE-599 Research and Thesis (3) 4

Spring 1996 (50% teaching, 50% research)

• EE-417 Adv. Elect. (Pwr. Elect.) (3) 11
• EE-415 Adv. Elect. (Pwr. Elect.) Lab (1) 11
• EE-520 Adv. Elect. (Pwr. Elect.) (4) 4
• EE-599 Research and Thesis (X) 4

Fall 1996 (50% teaching, 50% research)

• EE-340 Sig. & Sys for ME (3) 28
• EE-419 Power Electronics (3) 10
• EE-520 Power Electronics (3) 10
• EE-599 Research and Thesis (X) 4

Spring 1997 (50% teaching, 50% research)

• EE-332 Semiconductor Devices (3) 34
• *EE-386 Engineering Practice II (3) 35
• EE-599 Research and Thesis (X) 4

Fall 1997 (25% teaching, 75% research)

• EE-340 Sig. & Sys for ME (3) 38
• EE-419 Power Electronics (3) 13
• EE-520 Power Electronics (3) 4
• EE-597 Special Topic (3) 1
• EE-599 Research and Thesis (X) 2
• EE-699 Special Topic (1) 1
• EE-701 Research and Dissertation (3) 1

Spring 1998 (25% teaching, 75% research)

• *WTSN-292 Electrical Phenomena-Part III (2) 80
• EE-386 Engineering Practice II (3) 31
• EE-599 Research and Thesis (X) 2

Continuing Education

• Spring 1997 "Power Electronics Packaging – A Circuit Design Approach" (3 hrs.)
  IEEE Applied Power Electronics Conference.
• Fall 1998 "Power Packaging – A Systems Perspective" (2 hrs.)
  International Workshop on Integrated Power Packaging
• Spring 1999 "Power Electronics Packaging" (3 hrs.)
  IEEE Applied Power Electronics Conference.

GRADUATE STUDENT ADVISING:

(MP) as Major Professor; (CM) as Committee Member, (ABD) as All But Degree

• R. Puri, MS thesis topic: "Hybrid Implementation of an Off–Line DC–DC 500 Watt Zero–Current Switched Quasi–Resonant Power Converter"; completed 1991 (MP)
• C. R. Mosling, MS thesis topic: "Using DC/DC Converters to Equalize the Charging of Long Battery Strings"; completed 1992 (MP)
• J. R. Weber, MS thesis topic: "Lunar Base Power System Design Considerations, " completed 1992 (CM)
• D. W. Root, MS thesis topic: "Synthesis of Switch–Mode Power Electronic Circuits for Energy Recirculation and Storage"; completed 1993 (MP)
• R. S. Saint-Pierre, Jr., MS thesis topic: "Analysis of a Self-Oscillating Zero-Voltage Switched Quasi-Resonant Half-Bridge DC-DC Converter," completed 1992 (CM)
• M. Sakar, MS thesis topic: "A Mathematical Approach to Minimize the Total Mass of a Space Based Power System by Using Multivariate Non–Linear Optimization"; completed 1995 (MP)
• R. Wunderlich, Ph.D. dissertation topic: "Modeling of Emission and High Injection Effects on a Four–Layer Semiconductor Structure"; completed 1995 (MP)
• F. Li, MS thesis topic: "Analysis and Control of a Resonant–Switched Self–Oscillating Converter"; completed 1996 (MP)
• J. A. Young, MS thesis topic: "Control of a Transitional Boost–Buck Converter"; completed 1996 (MP)
• C. A. Bendall, MS thesis topic: "A Zero–Voltage Transition Audio Amplifier Employing a New Current Control Technique"; completed 1996 (MP)
• D. Scheel, MS thesis topic: "A Co-Generation Fueling Station for Electric Vehicles"; completed 1996 – ABD (MP)
• N. L. Richardson, MS thesis topic: "Modeling and Characterization of Field Aided Drift in Highly Interdigitated Thyristor devices," 1996- ABD (MP)
• M. F. Thompson, MS thesis topic: "A Space Vector Modulated, Three Phase , Four Wire Inverter," completed 1997. (MP)
• R. K. Huber, MS thesis topic: "On-Line Diagnostic System for Power Generators," completed 1995. (CM)
• M. Misiewicz, MS thesis topic: "Non-Linear Capacitor Characterization through Self-Resonant Testing," 1996- ABD (MP)
• I. B. Schirmer, MEd. thesis topic: "Retention Factors in Undergraduate Electrical and Mechanical Engineering Programs at the State University of New York at Binghamton," (College of Education) completed 1997 (CM)
• A. Craig, MS thesis topic: "Modeling and Characterization of a New, Ultra Fast, High Power, Four Layer Semiconductor Device, The Pulsed Power Thyristor," completed 1997. (MP)

VISITING SCHOLARS:

• M. Schuller 1994 Germany
• U. Wollman 1994 Germany
• I. Thiele 1994 Germany
• S. Xu (Professor) 1995 - 1996 P. R. China