This thesis addresses designing for the complex, high-risk domain of the offshore ship industry. Positioned within the evolving fields of systemic design and marine design, the thesis provides an in-depth understanding of the challenges of designing for this domain and discusses how systemic approaches can be of help in offshore-specific design projects... Read »
Development and innovation of new designs for ship bridges on modern offshore vessels is a considerable challenge for engineering and design professions. The purpose of this paper is to investigate how innovations in ship bridge design may benefit from design competency in the fields of e.g. industrial and interaction design... Read »
In this paper we discuss our experiences with doing field studies as part of the design process when developing a new ship’s bridge design. A preliminary observation in our work is that the individual designer benefits greatly from having been at sea, and that the sharing of the insight from the individual who has done field studies to the rest of the design team can be challenging... Read »
The Ulstein Bridge Vision operator’s desk at Norshipping June 2013 is designed as an interactive demonstrator unit for the interaction scenarios to be shown at the venue... Read »
The development of new design concepts for ship bridges on modern offshore vessels is a considerable challenge for engineering and design professions. Such ships perform advanced missions in extreme environmental conditions very different to the conditions where most design processes take place... Read »
ULSTEIN BRIDGE VISION™, the results of the research project Ulstein Bridge Concept (UBC), was exhibited at ONS 2012 in Stavanger. The bridge concept was developed in the maritime design laboratory at the Oslo School of Architecture and Design (AHO). .. Read »
Systems Oriented Design is an approach to designing that incorporates systems thinking into the design process. The aim of the approach is to help the designer make sense of the situation he/she designs for. This paper discusses the differences between Systems Engineering and Systems Oriented Design, and looks at how the two approaches cancomplement each other in designing for complex systems... Read »
Systems Oriented Design (S.O.D.) is the designerly way of systems thinking. It is tuned towards working with the dynamics of human activity systems and its interactions with technology rather than constructing technological systems. The complexity in modern high end ship building has increased on several fronts... Read »