IGLC 21 · Fortaleza, Brazil · 2013

Quality Function Deployment (OFD) with a Human Touch

  1. Associate Professor, Department of Technology, Economy and Management, Gjøvik University College, Norway, anders.bjornfot@hig.no
  2. Senior lecturer & architect, Department of Technology, Economy and Management, Gjøvik University College, Norway, eskild.bakken@hig.no

Abstract

In the terminology and conceptual approach to human perception of life, there seems to be a gap between the social sciences and the world of engineering. While environmental psychology refers to human experience or needs, the engineer is speaking about technical requirements in a different language. Quality Function Deployment (QFD) can help bridge this gap between customer requirements and technical design alternatives. QFD is a rational tool well suited for the traditional mind-set of engineers, but the structure of the method is also able to contain a holistic approach to human well-being. The hypothesis proposed in this paper is that QFD, as utilized today, fails to adequately consider human well-being. Well-being is used to “measure” life energy; physical, mental, emotional and physical. From literature studied it becomes clear that the failure of QFD in construction is due to a failure to adequately consider human well-being. It is evident that the end user is inadequately defined. Also, QFD applications in construction have an excessive focus on physical/functional solutions pushed by engineers. There is little evidence that the user’s feelings (emotional, mental and spiritual) have any impact on proposed design solutions.

Keywords

  • Quality Function Deployment (QFD)
  • Interior environment
  • Kansei Engineering.

Cite this paper

APA 7th edition

Björnfot, A., & Bakken, E. N. (2013). Quality Function Deployment (OFD) with a Human Touch. In C. T. Formoso, & P. Tzortzopoulos (Eds.), 21th Annual Conference of the International Group for Lean Construction (pp. 379–388).

Shortened reference for IGLC papers

Björnfot, A., & Bakken, E. N. (2013). Quality Function Deployment (OFD) with a Human Touch. IGLC21.