Mathew Thomaskutty

Mathew Thomaskutty

Associate Professor, Physics, GSS, BLR

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


Degree NameInstitute & College nameYear of Graduation/Award
Application of Strip Gratings for the Reduction of Radar Cross Section of ObjectsDept of Electronics1997


DesignationOrganizationFrom DateTo Date
Reader in PhysicsSchool of Technology and Applied Sciences01-09-200824-01-2019
Post Doctoral Research AssociateUniversity of Kent (UK)01-07-200631-08-2008
Senior Lecturer in PhysicsSchool of Technology and Applied Sciences M G University regional Centre26-05-199931-01-2006
Lecturer in PhysicsChrist College22-11-199525-05-1999

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