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백승렬(Seung-Youl Paik),전순호(Sun-Ho Jeon) 한국안전교육학회 2001 한국안전교육학회지 Vol.4 No.1
Successful product is need to satisfying user's needs. Therefore, if applying consumer's needs and usability base on safety to product design phase, minimize development time and retrench opportunity cost due to reduce various uncertainty conditions. It is on objective of Human Sensibility Ergonomics to solve that problem. However, it is hard to use these methods that most of techniques used in Human Sensibility Ergonomics are subjective and not in established yet. Besides it is offered as abstract text form. Therefore, intellectual design model is proposed for conceptual design process base on product safety and usability, and guideline of that model. PWC(Position Weight contour) map is the core of this study about Conceptual Design Method, which is considered about consumer's Usability & Ergonomics. The PWC map is applied design process of automobile interior development process considered as formal example in Human-Machine System. Consequence of applying this method, effective conceptual design process is developed base on consumer characteristics.
A Research for product design and evaluation applied with Human Sensibility Ergonomics
Paik, Seung Youl,Jeong, Peum Jin,Park, Peom 한국경영과학회 1996 한국경영과학회 학술대회논문집 Vol.- No.1
User's sensibility has an important effect upon appreciating household electronic appliances and user's feeling of satisfaction with products has a good effect on the choice of product on purchasing those items. In this point of view, the human-oriented approach of product development system can be adopted as Human Sensibility Engineering. The target of changed development system is to define user's sensibility factors and to apply them to design and development. In this study, the human sensibility ergonomics approach and usability test have been applied to the development and evaluation of an electronic product model.
안전운전 환경 제공을 위한 자동차 IP 구성요소의 긴급도와 사용빈도 분석 : 소비자 설문을 바탕으로
박범,백승렬 한국산업안전학회 1999 한국안전학회지 Vol.14 No.3
By the report of KISCO, the 54.20% of total disaster and the 20.87% of death disaster was caused by unsafe position-control. However, it is possible to decrease this kind of disaster rate by designing the control device, in the consideration of safety. One of the most popular control device is vehicle instrument panel. Therefore, not only basic function but safe control under the driving environments should be considered when the vehicle instrument panel is designed. For safe control at the driving time, it is especially important to determine the priority of each part using emergency degree and usage frequency, and to set them with this priority for easy control position. In this paper, developing method to determine the priority of each part by pair-wise comparison for emergency degree and usage frequency was suggested and generated the mutual order weights to give them orders. To apply this method to the parts of instrument panel such as function button, audio, air conditioner, and other several detail parts, the direct questionnaire was implemented to drivers about the emergency degree and usage frequency of each part.