Overview Dr. Genichi Taguchi was a Japanese engineer and quality expert highly identified by his exertion in product design. He asserted that a great deal of approximately 80 percent of all faulty items originate from product designs that are poorly created. Genichi contends that those companies ought to center their quality operations at the design level. This is because it is greatly easier as well as cheaper. To formulate changes through the product design phase then afterwards during production process. He is recognized for applying a theory called design of experiment to create design. This technique is an approach in engineering that is founded on mounting robust design, which is also known as the Taguchi method of design that impacts on products that can be executed over a broad variety of states (SkyMark 1985). It however, enhances improved productivity in engineering by deliberately taking into account the noise issues which is the environmental variation throughout the usage of the product manufacturing variation, and decline of the component (Foster 2004). And the cost of malfunction in the area the Robust Design technique aids guarantees the satisfaction of a customer. It centers on improving the basic function of the product or process, there by making possible supple designs and synchronized engineering (SkyMark 1985). Therefore it is an influential technique accessible to lessen product price, advance quality, and reduce the gap of development. Dr. Taguchi’s outlook of quality costs brings about the idea that conformance to condition states an objected value for the product with specified leniency. The conventional outlook of conformance to specifications, sufferers as provisos of price transpire if the product measurements drop outer surface of the particular limits. Though, Dr. Taguchi States that from the customer’s outlook, there is slight disparity whether a product falls beyond the surface or within control restrictions. He noted that there is a larger disparity in the quality of the product between creating the target and being close to the control limit (Foster 2004). He noted that the smaller the distinctive objective, the enhanced the quality. Based on this, he projected that as conformance prices shift away from the goal, losses augments as a quadratic function. This is known as the Taguchi loss function. With regard to the function, smaller disparities from the goal impacts on small costs: the bigger the disparities, the bigger the cost. The Taguchi loss function has had an important blow in altering the outlook quality cost. This study uses the target-mean ratio to suggest a regular formula for all cases to get resemblance. Amongst them it abolishes the supposition of objective performance at a higher level and fetches the replica nearer to realism. This supports the Six Sigma theory as it focuses its approach on rising engineering productivity so that fresh products can be rapidly built up and at cost that is lower, and value based running. Six Sigma agendas are frequently broader in organizational and procedure range (SkyMark 1985). They wrap not just the apprehensions of production but also whichever business procedure that crashes with the satisfaction of the customer or for that matter any other fields of company performance. How the Japanese quality gurus were inspired by the preaching of