Thomaskutty  Mathew

Thomaskutty Mathew

Associate Professor, Physics, GSS, BLR

Ph. D.
Email ID
Ph. D.
Research Areas
  • RF& Microwave Electronics
  • Sensors & RFID
  • EM wave propagation


Degree Name Institute & College name Year of Graduation/Award
Application of Strip Gratings for the Reduction of Radar Cross Section of Objects Dept of Electronics 1997
MSc 1989
BSc 1987


Designation Organization From Date To Date
Reader in Physics School of Technology and Applied Sciences 01-09-2008 24-01-2019
Post Doctoral Research Associate University of Kent (UK) 01-07-2006 31-08-2008
Senior Lecturer in Physics School of Technology and Applied Sciences M G University regional Centre 26-05-1999 31-01-2006
Lecturer in Physics Christ College 22-11-1995 25-05-1999

CPW fed SRR loaded monopole antenna for triple band operationsInternational Journal of Electrical and Computer Engineering (IJECE), Scopus, JUN-2020, Vol. 10, , 3145-3151

Low backscattered dual polarised metallodielectric structure based on Sierpinski Carpet Fractal GeometryMicrowave & Optical Tech. Letters (USA), , Web of science, -2004, 40, 246-248

Frequency tunable metallo dielectric structures for backscattering reductionElectronics Letters (UK) , Web of science, -2004, 40, 1245-1246

Analysis of a dual periodic strip gratingMicrowave & Optical Tech. Letters (USA), vol.13, No.3, October 1996, pp. 173175., Web of science, -1996, 13, 173-175

Broad Band Modified Strip Grating with dual periodicity for RCS reductionMicrowave & Optical Tech. Letters (USA), , Web of science, -1994, Vol. 7, 315-317

Wide Band Trapezoidal strip grating for elimination of specular reflectionIEE Electronic Letters (UK), Web of science, -1994, 30, 1037-1039

1 New Simulated Corrugated Scattering Surface giving wide band characteristicsIEE Electronic Letters (UK), Web of science, -1993, 29, 329-331

2.The performance of a novel simulated corrugated surface for reduction of radar cross section, Microwave & Optical Technology Letters (USA), Web of science, -1993, 16, 615-617