Plastics and composites have improved products and applications in various companies, from automotive to biomedical to electronic devices. Smart composite mould technology will advance their state associated with art and expand markets for manufacturers. Various types of moulding processes can be utilized to produce plastic and composite components. The moulds have actually conventionally been manufactured from steel. Composite moulds are gaining ground, but mainly in manufacturing processes with relatively conditions that are mild. To be able to increase the temperature capabilities of the composite moulds so as to tap brand new areas, essential advances in mould technology are needed. For warming the mould and its particular articles, scientists embedded conductive carbon fibres close to the area for the mould among a number of nano-doped levels having high conductivity that is thermal. This ensures maximum heat transfer to the resin to cut back energy consumption. The group additionally developed flow, temperature and cure sensors to enable fully automatic process control in combination with analysis tools for process parameter optimisation. A novel system that is cooling of a network of channels that used the contour of this component. Temperature transfer fluid circulated through the stations to absorb temperature through the system. Two different actuators that are piezoelectric assessed due to their ability to enhance resin movement centered on electrically induced micro-vibrations. Finally, a new coating that is metallic on nanofillers and mineral fillers improved chemical resistance towards the resins and facilitated repair in case there is harm. The final tooling integrated all developed technologies and tested them in an infusion protocol that is experimental. Further optimization is anticipated to result in a breakthrough in smart composite mould design and extension of moulding capabilities. Manufacturers will be able to use the economical mould technology into the demanding environment of resin transfer moulding. This method is increasingly utilized to produce components that are smooth large surface areas and complex forms like those required by the aerospace sector. It shall also enable the utilization of advanced level resins that want higher conditions in conventional moulding procedures.