Abstract
This chapter clarifies the process by which cost design in Japan becomes environmentally conscious cost design and considers the possibility of its further development and generalization. The chapter first defines cost design as proactive manufacturing of low cost and high quality at the design stage, in contrast to the standard cost system, and enquires into the extension of this process to the global supply chain and product life cycle. Second, it recognizes the development of environmentally conscious cost design as a result of the integration of supply chain costing and life cycle assessment into cost design from the viewpoint of environmental management. Third, it uses corporate social and environmental reports in the Japanese transport equipment and electric machine industries to investigate the state of environmentally conscious products, environmentally conscious design, eco-procurement, and life cycle assessment. To conclude, this chapter makes several proposals for further development of environmentally conscious cost design after analyzing the likelihood of success and some obstacles.
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- 1.
Although cost design in Japan is expressed as target costing in other countries, this book uses ‘cost design’ to focus on its main characteristic—proactive cost management, or ‘proactively manufacturing cost and quality into a product’ (tsukurikomi in Japanese)—from the standpoint of profitability rather than of costing. The distinction between cost design and target costing and its effects needs further discussion. Ito (2006) also points out that cost design is by no means a kind of costing, but is instead cost management to proactively manufacture ‘the conditions of cost occurrence’.
- 2.
‘Design stage’ in this chapter is used in a broad sense that includes conception, planning, development and design, trial manufacture, and preparation for production.
- 3.
The cost table (cost estimator’s reference manual) sets functions, the characteristic values of specifications, processing characteristics, and volumes of similar articles against the normal actual costs of the similar articles. This is used as a handy and speedy tool for cost estimation (Tanaka 2002).
- 4.
“[T]he actual costs are compared against standard costs for performance evaluation and the deviations are investigated for remedial actions. Cost control is also concerned with feedback that might change any or all of future plans, production method, or both” (Siegel and Skim 2000, p. 106).
- 5.
Toshiba group describes ECP in its environmental report as follows: “We will accelerate the creation of ECPs with high levels of environmental performance in all product areas through ‘Greening of Products’ initiatives aimed at minimizing the environmental impact of products throughout their entire life cycles and ‘Greening by Technology’ initiatives aimed at providing a stable power supply and mitigating climate change worldwide using low-carbon energy supply technology” (Toshiba 2013, p. 23).
- 6.
Here, the amount paid to subcontractors and processing expenses arising from outside manufacturing is simply defined as suppliers’ processing costs.
- 7.
IMDS is a system that collects information on about 30,000 types of parts and chemical substances contained in supply chains (Hewlett Packard 2014).
- 8.
GADSL has the purpose of facilitating communication and exchange of information regarding the use of certain substances in automotive products throughout the supply chain (GADSL 2011).
- 9.
A recycling cost table is used to evaluate environmental costs on the basis of the relation between cost analysis induced by life cycle costing and physical analysis based on the evaluation of product environmental impacts (Kokubu and Nakashima 2003).
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Nishimura, A. (2019). Transforming Cost Design into Environmentally Conscious Cost Design in Japan: Likelihood and Problems for Further Development. In: Management, Uncertainty, and Accounting. Palgrave Macmillan, Singapore. https://doi.org/10.1007/978-981-10-8989-3_7
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