Research Outline
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Dr. Manos M. Tentzeris'
doctoral research was concerned with the Development of Novel Numerical Time-Domain Techniques and the Application
of Multiresolution Analysis Principles to the analysis and design of microwave circuits used in
Wireless Communications and VLSI geometries. He has been the Chair in several Wavelets, Numerical Techniques, Antennas and RF
Packaging Sessions of IEEE AP-S, IMS, ECTC Conferences.
| Distinctions |
- IEEE Fellow
- 2010-2012 IEEE MTT-S Distinguished Microwave Lecturer
- 2009 IEEE Antennas and Propagation Symposium (APS) Second Best Student Paper Award
- 2009 E.T.S. Walton Award from Science Foundation Ireland
- 2007 IEEE Antennas and Propagation Symposium (APS) Best Student Paper Award
- 2007 IEEE International Microwave Symposium (IMS) Third Best Student Paper Award
- 2007 IEEE International Symposium on Antennas and Propagation (ISAP) Poster Presentation Award
- 2006 Asian-Pacific Microwave Conference (APMC) Award
- 2006 IEEE-MTT Outstanding Young Engineer Award
- 2004 IEEE Transactions on Advanced Packaging Commendable Paper Award
- 2003 NASA Godfrey "Art" Anzic Collaborative Distinguished Publication Award
- 2003 IBC International Educator of the Year Award
- 2003 IEEE-CPMT Outstanding Young Engineer Award
- 2002 International Conference on Microwave and Millimeter-Wave Technology Best Paper Award (Beijing, CHINA)
- 2002 Georgia Tech-ECE Outstanding Junior Faculty Award
- 2001
ACES Conference Best Student Paper Award
- 2000
NSF CAREER Award
- 1999
Technical Program Co-Chair of the 54th ARFTG Conference, Atlanta, GA
- 1997
Best Paper Award, International Hybrid Microelectronics and Packaging
Society
- 1989
Papastavridios Greek Mathematics Excellence Fellowship
- 1988-1992
Greek Government Academic Excellence Fellowships
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Professor Tentzeris is the leader of A.T.H.E.N.A. Research Group. His current research interests focus on the full-wave modeling and design of RF components (RF MEMS, embedded ultrawideband antennas, active circuits, multilayer packaging) widely
used in modern wireless/RF communication and WLAN systems, as well as in Space, automotive RF and sensor modules combining time-domain electromagnetic
techniques and multiresolution wavelet analysis. In more detail, they include:
| Research
Interests |
- Paper-Printed RF Electronics, Batteries and Sensors
- "Green" and sustainable power scavenging (e.g. RF, mechanical, thermal, UV)
- Nanotechnology-based Ultrasensitive Sensors
- Wearable and Implantable Wireless Body-Area Networks
- "Smart Skin" and "Smart Energy" Applications
- Real-Time
Multiresolution Algorithms for the Analysis and Design of Wireless Communication
Front-Ends.
- Novel RFID Antennas/Architectures for 13.56 MHZ/915 MHz/2.4 GHz Applications
- RF Packaging
(e.g. Flip-Chip, Embedded Passives)
- RF MEM's
(Inductors, Switches)
- Antenna
Integration and Miniaturization Techniques
- Novel Flexible Materials for 3D Modules up to mm-wave Frequency-range (e.g.LCP)
- The development of design guidelines
for the minimum-crosstalk finite-ground coplanar waveguide and microstrip transmission
lines which could revolutionize the compactness and the size of packages especially
for space applications.
- Adaptive
Transient Analysis of Active Circuits
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From left to the right: (Standing:) M.M.Tentzeris, ,C.You, G.DeJean, A.Haque, S.Nikolaou, D.Staiculescu, B.Pan, R.L.Li, J.-H.Lee, S.Basat, A.Rida,
(Seated:) B.Kim, A.Traille, D.Anagnostou, T.Wu, L.Yang, N.Tavassolian, (Not present:) R.Vyas, B.McGarvey
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This page was last modified on Monday, November 23, 2009 at 2:29pm.
