Wayfaring in the Biomedical Sector: A Call for Re-Introducing the Toolmaker
Doctoral thesis
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http://hdl.handle.net/11250/2584988Utgivelsesdato
2018Metadata
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Sammendrag
This thesis aims to provide an understanding of the Why? and How? of a modern toolmaker, specifically within the biomedical sector, on a theoret- ical and practical level and what their role is within a product development process. Over the four years of this PhD work, a total of ten projects were completed by - or with the involvement of - the author. Framed by the grounded theory, these project provide the fundamental data for the conclusions of this thesis. In addition, a total of thirteen scientific contri- butions were - and will be - published that cover the three cornerstones of the toolmaker: The role of users, the importance of prototyping and how to successfully do it, and how this is used in the biomedical sector.
The structure of this thesis is closely following the three essential stages of product development process as encountered when using the Wayfaring method: Orienting, Probing, and Bringing it Home. In addition to high- lighting key-insights from the projects to emphasize the importance of each stage, the thesis is following the development path of the main project, a novel flow-chamber setup for cell research that was developed by the author. This project allows to reflect on a complete product development process from paper prototype to patent-pending beta-version, with a focus on why the toolmaker made all the difference.
The conclusions of this thesis are, given the nature of the scientific method, of qualitative nature and address the initially stated questions of Why? the toolmaker had an impact in the projects and How? one can implement an according role within a product development team.
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Paper 1: Kriesi, Carlo; Steinert, Martin; Meboldt, Mirko; Balters, Stephanie. Physiological Data Acquisition for Deeper Insights into Prototyping. I: Proceedings of NordDesign 2014. The Design Society 2014 ISBN 978-1-904670-58-2. s. 580-589Paper 2: Kriesi, Carlo et al. Distributed Experiments in Design Sciences, A Next Step in Design Observation Studies?. I: DS 80-2 Proceedings of the 20th International Conference on Engineering Design (ICED 15) Vol 2: Design Theory and Research Methodology Design Processes, Milan, Italy, 27-30.07.15. The Design Society 2015 ISBN 978-1-904670-65-0. s. 319-328
Paper 3: Kriesi, Carlo; Balters, Stephanie;Steinert, Martin. Experimental Studies in Design Science and Engineering Design Science – A Repository for Experiment Setups. NordDesign 2016
Paper 4: Kriesi, Carlo; Blindheim, Jørgen; Bjelland, Øystein; Steinert, Martin. Creating Dynamic Requirements Through Iteratively Prototyping Critical Functionalities. Procedia CIRP 2016 ;Volum 50. s. 790-795
Paper 5: Kriesi, Carlo; Bjelland, Øystein; Steinert, Martin. Fast and iterative prototyping for injection molding – a case study of rapidly prototyping. Procedia Manufacturing 2018 ;Volum 21. s. 205-212
Paper 6: Jensen, M.B. Wulvik, A; Kriesi,C; Boe, O; Phillip, A; Jors.E; Steinert,M; Interaction in a World of Intelligent Products - A Case Study of a Smart and Learning Office Chair 207
Paper 7: Nygaard, Truls Hjertnes; Kriesi, Carlo; Sjöman, Heikki; Steinert, Martin. From the eyes of the patient: real time gaze control of medical training mannequins. I: NordiCHI '18 - Proceedings of the 10th Nordic Conference on Human-Computer Interaction, s. 932-935 https://doi.org/10.1145/3240167.3240228
Paper 8: Slåttsveen, Kristoffer; Kriesi, Carlo; Steinert, Martin; Aasland, Knut Einar. EXPERIENCES FROM A POSITIVISTIC WAY OF TEACHING IN THE FUZZY FRONT END. I: Proceedings of E&PDE 2018 - 20th International Conference on Engineering and Product Design Education, Diversity or Conformity, Dyson School of Engineering, Imperial College, London. 6th - 7th September 2018. The Design Society 2018 ISBN 9781912254026. s. 694-699
Paper 9: Danzer, Claudia; Kriesi, Carlo; Meskenaite, Virginia; Steinert, Martin; Kurtcuoglu, Vartan. A Cell Culture System for Experiments under Physiological Flow
Paper 10: Brede, Jostein Rødseth; Lafrenz, Thomas; Kruger, Andreas; SØVIK, EDMUND; Steffensen, Torjus; Kriesi, Carlo; Steinert, Martin; Klepstad, Pål. Resuscitative Balloon Occlusion of the Aorta (REBOA) in non-traumatic out of hospital cardiac arrest – evaluation of an educational program CirculationVolume 138, Issue Suppl_2 Originally publishedNovember 5, 2018
Paper 11: Kriesi, Carlo; Sjöman, Heikki; Steinert, Martin. Just do it – Hypotheses on how to accelerate innovation in the biomedical sector
Paper 12: Kriesi, Carlo; Steinert, Martin; Marmaras, Anastasios; Danzer, Claudia; Meskenaite, Virginia; Kurtcuoglu, Vartan. Development and Validation of an Integrated, Microscope mountable Flow-Chamber System