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Kjetil is an industrial designer with a master in interaction design from Umeå Design School and a PhD from the Oslo School of Architecture and Design (AHO) 2011. The PhD deals with the innovative use of new technologies in design practice.
Kjetil has been part of several startups and has worked as an industrial and interaction designer for leading Norwegian companies. He has also tutored students at master and bachelor level at AHO and held master courses a Institute of Informatics at Oslo University.
Recently he has turned his interest towards the Norwegian maritime sector and are leading a multidisciplinary team that seeks to reinvent current ship bridges.
Between the Tag and the Screen|Concept simulator game, Forskningstorget 2013|Core methods for design of safety-critical systems. Securing the translation of analysis to design.|Field studies ship control room|GUI Concept|METODA|Onsite – Design driven field studies for safer demanding marine operations|Openbridge – Open platform for user-friendly ship bridges|Radical Innovation in Maritime R&D|SEDNA – Safe maritime operations under extreme conditions: the Arctic case|Systemic design in complex contexts|Touch|Ulstein Bridge Concept|Ulstein Bridge Visions
Human-centred design processes often include field studies to achieve effective design solutions that support user needs. Despite this, field studies are rarely used in maritime design because they are time consuming and because it is hard to ensure that the field study outcome will have an impact on the design process... Read »
A 10-day intensive course, including a field study onboard a ship, for system oriented design, service design and industry design students at AHO. .. Read »
Ship bridge systems are increasingly collected into Integrated Bridge Systems in modern offshore vessels. By integrating previously separate equipment, there is possible to create more user-friendly interfaces leading to safer and more efficient operations. A consequence of Integrated Bridge Systems is that it is now possible to rethink the make-up of ship bridge interfaces in its entirety... Read »
Designers often use scenarios to approach complex design problems holistically. Efficient use of scenarios can be a challenge in complex dynamic user contexts due to mediation and tool limitations that use traditional scenario techniques in design practice... 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 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 »
Design research needs to explore and communicate the potential for design practice to be speculative and motivate discourse as and in design. This may be achieved via Discursive Design. Such a view comes out of practice-driven research on interaction and communication design within a sociocultural perspective... Read »
Multi–field inputs are techniques driven by multiple short-range RFID-enabled artifacts like RFID-tags and RFID-tag readers. The technology is useful for designers so as to enable the construction of advanced interaction through the physical world. To take advantage of such opportunities, it is important to understand the technology in terms of what interactions it might offer designers... Read »
Short-Range Radio Frequency Identification (RFID) is an emerging technology that interaction designers are currently embracing. There are, however, few systematic efforts to utilize the technology as a tool for the development of new design concepts. This article focuses on technology as a design material and its role in the formative process of conceptual design... Read »
Short-range Radio Frequency IDentification (SR-RFID) technology embedded in mobile phones offers interaction design practitioners the potential to design new forms of mobile experiences. The article presents a design oriented research study that seeks to develop affordances specifically in support of such practice. To do so the authors draw on Activity Theory... Read »
The Oslo School of Architecture and Design (AHO) received due attention for its role in the development of Ulstein Bridge Vision during the Design Day 2013. – The project is a perfect example of what design-driven innovation may lead to, pointed Skule Storheill, the Director of R&D and Innovation Programmes at the Norwegian Design Council, out in his introduction.
Ulstein Power and Control has won DnB’s regional innovation award for a bridge delivered by Ulstein Bridge Concept. This means they have qualified for the national final in March. The project is led by the Center for Design Research at AHO.