Concrete floors always designed against the action of static loads, despite everyday evidence that dynamic loads are also of great importance and therefore there is a growing need for measurement of dynamic parameters like natural frequency and damping ratio of the floor. Structural engineers are nowadays facing a significant challenge related to the development of economical composite concrete floor structures. Composite concrete floor, this new design trend is a considerable increase in the problems related to unwanted floor vibrations. Composite concrete floors have been found to resolve vibration susceptibility. Instrumented hammer test and Instrumented electro-dynamic shaker test of the composite concrete and concrete constructions under forced harmonic vibrations are conducted in this study so as to observe the dynamic responsive characteristics.