Resume

• 2005

  Ph.D.

  Electrical and Computer Engineering

  Eta Kappa Nu

  IMAPS student chapter

• 2003

  German

  Danish

  Icelandic

  English

  MS

  Electrical and Computer Engineering

• 2000

  BS

  Electrical Engineering

  IEEE student branch officer 2002-2003

• 040

  William J. Chappell

  Dimitrios Peroulis

  Juseop Lee

  Cody Piersall

  A low-cost

  multi-beam

  reflectarray-based radar system

  Filed

  Nafati Aboserwal

  Blake McGuire

  Redmond Kelley

  Matthew McCord

  Damon Schmidt

  Cody Piersall

  William J. Chappell

  Dimitrios Peroulis

• Spectrum Analyzer

  Testing

  Microwave

  Agilent ADS

  Sputtering

  Antennas

  Network Analyzer

  Signal Processing

  Photolithography

  Labview

  ANSYS

  Pspice

  Matlab

  Etching

  Mixed Signal

  RF

  Cadence

  Analog

  LaTeX

  Simulations

  Hjalti

  Sigmarsson

  University of Oklahoma

  Purdue University

  Tunable filter array design and fabrication for reconfigurable radios on the Adaptive Interference-Tolerant Receivers (AITR) program in collaboration with BAE Systems funded by Office of Naval Research (ONR). Advancing the state-of-the-art tunable filter technology on the Purdue Microwave Reconfigurable Evanescent-Mode Cavity Filters Study sponsored by the Defense Advanced Research Project Agency (DARPA). Additional responsibilities: In charge of the general operation of the IDEAS microwave laboratory

  including safety and maintenance.

  Purdue University

  University of Oklahoma

  Norman

  OK

  Gerald Tuma Presidential Professor

  Norman

  OK

  Member of the Advanced Radar Research Center (ARRC). \n\nCurrent ongoing research projects are focused on:\nReconfigurable electronics using phase-change materials\nMulti-function phased array radar\nKa-band synthetic aperture radar \nSimultaneous Transmit And Receive (STAR) \nActive filter theory

  design

  and implementation\nHigh power tunable filters \nHigh efficiency Gallium Nitrate (GaN) power amplifier designs \nImplementation of economic

  high-speed tunable filters\nAdvanced materials for ceramic rapid prototyping\nSpectrum scanning techniques for unmanned aerial systems\nLiquid materials for tunable high-frequency components\n\nCurrent course:\nECE3723 - Electric Circuits II (Fall 2019)\n\nCourses taught: \nECE4733/5733 - RF & Microwave Filter Design (Spring 2019)\nECE3723 - Electric Circuits II (Fall 2018)\nECE4733/5733 - RF & Microwave Filter Design (Spring 2018)\nECE3723 - Electric Circuits II (Fall 2017)\nECE4733/5733 - RF & Microwave Filter Design (Spring 2017)\nECE3723 - Electric Circuits II (Fall 2016)\nECE4973/5973 - RF & Microwave Filter Design (Spring 2016)\nECE3723 - Electric Circuits II (Fall 2015)\nECE3723 - Electric Circuits II (Spring 2015)\nECE4973/5973 - RF & Microwave Filter Design (Fall 2014)\nECE3723 - Electric Circuits II (Spring 2014)\nECE4973/5973 - RF & Microwave Filter Design (Fall 2013)\nENGR1411 - Introduction to Engineering: Radar Engineering (Fall 2013)\nECE3723 - Electric Circuits II (Spring 2013)\nECE3613 - Electromagnetic Fields I (Fall 2012)

  Associate Professor

  University of Oklahoma

  Graduate Teaching Assistant in ENGR106

  Engineering Problem Solving and Computer Tools

  during the fall of 2004.

  Purdue University

  University of Oklahoma

  Norman

  OK

  Assistant Professor

  Thesis title: Widely Tunable

  High-Q

  Evanescent-Mode Cavity Filters: Fabrication

  Control

  and Reconfigurability.

  Purdue University

  Research Assistant

  My main focus is designing and fabricating widely tunable filters for the DARPA Analog Spectral Processors (ASP) program. Prior to the ASP project I worked on filter and antenna design

  fabrication

  and system integration for the DARPA Technology for Efficient

  Agile Mixed-signal Microsystems (TEAM) program

  Purdue University