Study about Advanced Research and Complex Product Development Environments
Abstract:~ The introduction of lean principles is a common approach for organizations seeking to improve quality, lower cost, and shorten time to market. Many companies have applied lean to manufacturing, but a smaller number have brought it upstream to product development. This research focuses on how organizations can begin the transformation to lean product development through three essays. The first study is a comparative case analysis comparing approaches based on “rational planning” and “disciplined problem solving” to identify their relative advantages and disadvantages and organizational characteristics that enable successful deployment. The comparison shows that in the case of non-routine processes like product development the disciplined problem solving approach is more effective, while the rational planning approach can be effective for highly routine aspects of the job.
Introduction:~ The development of new products is critical to the success of many companies. Increases in global competition, demanding customers seeking niche products, and rapid technology developments has changed the competitive landscape in several industries (Wheelwright and Clark 1992). In some industries, improving quality, lowering cost, and shortening lead time from concept to market while developing innovative products to meet customer needs is necessary to remain competitive; in other industries these qualities can provide the company a competitive advantage. One approach to achieving these goals is through the introduction of lean principles in product development (Wheelwright and Clark 1992; Morgan and Liker 2006; Barrett, Musso et al. 2009; Morgan and Liker 2011). Introducing lean principles into product development is a common approach for companies that have had success with lean manufacturing. This is a logical step as the magnitude of the costs and cycle time of development projects provides a rich target for improvement opportunities. Keep reading…








