ALUMNI

Home
Team
Research
Facilities
Publications
Photo Gallery
Alumni

  1. Sam Baylis, MSEE 2007, Thesis: Development of a Wide Bandwidth Frequency Adaptive Patch Antenna Using Nano-Fabricated Barium Strontium Titanate Varactors.  Currently with Trak Microwave, FL

  2. Diana Aristizabal, MSEE 2006, Thesis Title: Electromagnetic Characterization of Miniature Antennas for Portable Devices. Currently working at Trak Microwave , FL

  3. Thomas Ketterl, PhD 2006, Title: Micro- and Nano-Scale Switches and Tuning Elements for Microwave Applications. Working at the Center For Ocean Technology, USF

  4. David Zaiden, MSEE 2005, Project: Design of a 2.4 GHz Silicon-Germanium Fully-Differential Class AB Mixer.

  5. Balaji Lakshminarayanan, Ph.D. 2005, Dissertation: RF MEMS Phase Shifters. Currently a Post Doctoral Fellow at the University of California, San Diego

  6. James Culver, Ph.D. 2005, Dissertation: Electromagnetic Modeling of Lossy, Multi-Layer Coplanar Waveguides Using Generalized Transverse Resonance. Currently employed at Blackbird Technologies, VA

  7. Marianna Raimondo, MSEE 2004, Project: A Phase Locked Loop Synthesizer

  8. John Giannone, MSEE 2004, Project: The Application of Genetic Algorithms to Microwave Model Extraction.

  9. Caroline Sequiera, MSEE 2004, Project: Establishing the Accuracy of Impedance Measurements. Currently employed at Skyworks, USA

  10. Brian Trabert, MSEE 2004, Project: Body Borne Mobile Personal Wireless Communication System for UHF Band, Currently employed at RF Micro Devices, NC

  11. Eid Alsabbagh, MSEE 2004, Thesis: Thin Film Micro-bolometers for Microwave Power Detection. Currently employed at Sawtech, FL.

  12. John Capwell, MSEE 2003, Thesis: Planar Spiral Inductor Modeling and Stack Parasitic Modeling. Presently working at RF Micro Devices

  13. Hari Kannan, MSEE 2003, Thesis: Design and Fabrication of Multi-Dimensional RF MEMS Variable Capacitors. Presently working at Keithley, OH.

  14. Lester Lopez, MSEE 2003, Thesis: Low Loss, Cross-Coupled Microwave Filters on Low Resistivity Silicon Substrates. Currently employed at Harris Corporation, FL.

  15. Jason Naylor, MSEE 2003, Thesis: Microwave and Millimeter-Wave Planar Circuit Transitions. Currently employed at Harris Corporation, FL.

  16. Catherine Boosales, MSEE 2003, Thesis: Millimeter Wave Antipodal Tapered Slot Antenna Design and Miniaturization. Currently employed at Raytheon, USA

  17. Khaled Obeidat, MSEE 2003, Thesis: Design and Characterization of Multi-Layer Coplanar Waveguide Baluns and Inductors.

  18. Mark Weatherspoon, Ph.D. 2002, Dissertation: Microwave Characterization of One-Port Noise Sources. Presently working as an Assistant Professor at Florida State University, FL.

  19. Lavanya Emmadi, MSEE 2002, Thesis: Microwave Equivalent Circuit Models for Surface Mount Varactor Diodes Including Substrate and Temperature Effects.

  20. 20. Yisub Ahn, MSEE 2002, Project: Microwave Capacitor Modeling for Antenna Applications.

  21. Steve Eason, MSEE 2001, Thesis: Fractal Dipole Antennas for Use in Global Positioning System Applications. Currently employed at Raytheon, USA

  22. Kevin Thompson, MSEE 2001, Thesis: Live Via Modeling. Currently employed at Motorola., USA

  23. Rajesh Baliram Singh, MSEE 2000, Thesis: Coplanar Waveguide Components Using Capacitive Loading. Currently employed at Motorola, USA

  24. Evelyn Benabe, MSEE 2000: Thesis: Microwave Characterization and Modeling of Air Coil Inductors and Ceramic Capacitors. Currently employed at Raytheon, USA

  25. Michael Imparato, MSEE 1999, Thesis: On the Accuracy of Calibration for On-Wafer Mm-Wave Measurement. Currently employed at Rockwell, USA

  26. Maximillian Scardelletti, MSEE 1999: Thesis: Power Dividers and Printed Antennas Using Coplanar Transmission Lines. Currently employed at NASA Lewis Research Center, OH

  27. Nadia Babik, MSEE 1998, Thesis: A Microwave Oscillator and Frequency Doubler Design Using Nonlinear CAD Techniques. Currently employed at Raytheon Systems, USA

  28. Michael Yore, MSEE 1998, Thesis: GaAs Chip Area Reduction Through the Implementation of Stacked Capacitors. Currently employed at Raytheon Systems, USA

  29. Michael Oldenburg, MSEE 1997, Thesis: Planar Multi-Level Transitions and Antennas Applied to Microwave Position Sensing. Currently employed at Windermere

 

rf MICROSYSTEMS GROUP

A part of the Center for Wireless and Microwave and Information Systems, USF