Vibration isolation is a technique of attenuating the transmission of the disturbing forces or motions from one structure or mechanical component to another. It generally involves an investigation into the versatile features of the transfer, The source path and the receiver. Typical vibration isolators are usually an amalgamation of some resilient component together with a dampener for dissipating the mechanical energy. Vibration isolators are generally employed to protect a sensitive item or equipment from oscillations of a structure to functioning as attached or to reduce the vibrations that are induced in a structure by a device that is attached to it. The reduction in structural vibrations may be desirable for reasons and control such as, Human comfort, Of noise structural integrity radiated from structures among others. A similar approach as in the case of vibration isolation is followed in solving the problems related to noise isolation and control. The efficacy of noise isolation is usually measured by computing the transmission loss and the insertion loss. Various techniques employed for isolating the noise from the source to the receiver include the application of acoustically design of, Proof materials volumes using the impedance use of, Mismatch technique adaptive noise cancellation systems as well as a variety of others. Quite a few times the noise isolation and control is also achieved in multiple steps and stages. Automotive mufflers, Anechoic chambers and sound, Proof rooms are a few examples of the noise isolation systems.