2005 to 2006	Designed and constructed a low cost anechoic chamber for antenna characterization. To keep the investment within the affordable limit, use locally available polyurethane foam as absorbent and other materials
2000 to 2002	·    Developed a new algorithm for the efficient implementation of Integral Equation of Measured Equation of Invariance (IE-MEI) method to solve the full three-dimensional (3D) scattering problem ·    Explore the insensitive properties of MEI coefficient for modified scattering objects ·    Introduce a new technique of reduction of MEI coefficient computational time
1996 to 1997	· Developed a new EMC antenna, which can simulate highly directive standard EM waves to measure shielding effectiveness of a planner sheet. The proposed antenna has been formed by placing a one-sixth of conducting loop-wire in front of a 60 degree corner reflector ·    Developed the mathematical model of such a quasi-shield probe called H-loop and the characteristics of this antenna have been compared with those of existing similar type of antenna ·    The designed H-loop antenna has been constructed and check the results with the theoretical one