Romain Simon Collaud
romain.collaud@epfl.ch +41 21 693 08 38 www.collaudromain.cr
Nationalité : Suisse
EPFL ENT-E EPFL+ECAL-LAB
ECAL 1 20.02 (Bâtiment ECAL)
Av. du 24-Janvier 11
CH-1020 Renens VD
+41 21 693 08 38
Local: ECAL 1 20.02
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Web site: Site web: https://www.epfl-ecal-lab.ch/
Il est persuadé que le design doit être intuitif & créé autour de son utilisateur. Il a ainsi suivi une approche du design inclusif au Royal College de Londres & perfectionné ses compétences en design d’icônes à l’Université de Bournemouth. Il y a manipulé leur esthétisme afin de découvrir les effets sur leur utilisabilité. Nombre de ses travaux jouent avec les notions de visualisation de données, d’algorithme de recherche & de big data. A l’instar son travail de recherche: il y explore de nouveaux principes de navigation & d’agrégation de contenu en environnements d’information de masse. Actuellement, il développe un projet de réseau social d’envergure pour seniors, ainsi qu'une exposition numérique dont la navigation narrative ainsi que les interactions avec les artefacts littéraires créent une relation unique avec les visiteurs.
Méthodique & logique, Romain a un souci du détail & le goût du travail bien fait. Il a d’ailleurs rédigé un essai sur l’omniprésence de la grille dans le paysage visuel. Après son BA, il a travaillé en tant que designer graphique à l’ECAL et comme indépendant pour diverses organisations. Il a également co-fondé un atelier spécialisé dans le marquage graphique sur supports uniques, ainsi qu’un collectif conceptuel. Aujourd’hui, il fait partie de l'EPFL+ECAL Lab – le centre de recherche en design de l'EPFL – où il peux confronter son point de vue avec celui d’ingénieurs & de psychologues.
Publications
Publications Infoscience
The influence of new UX principles for inclusive UI design: How older people perceive Facebook compared to a senior-dedicated social media platform
Contrary to preconceived ideas, the vast majority of older people have the necessary skills to use digital tools. Although they do not like to rely solely on digital solutions, they are willing to use digital tools to enhance their lives – but have specific needs with regard to the design of such tools. This study examined the effects of the application of specific design-heuristics in the development of a social media platform on several outcome-variables in UX tests. The resulting digital tool — Resoli — helps users create and publicize new events and share memories from past ones. The tool Resoli was compared to Facebook by 26 seniors (55-85 yrs.) who conducted similar tasks on both platforms. The goal was to determine the usefulness of the developed UX design-heuristics and their influence on typical measures of UX such as perceived usability, emotional state, aesthetic, and performance measures. The results showed that participants rated Resoli significantly more positive than Facebook on all UX-indicators and showed better performance. This indicates that the use of our UX design-heuristics is meaningful and useful for this group of users.
Human Factors and Ergonomics Society Annual Meeting 2018: Technology for an Ageing Society, Berlin, Germany, October 10, 2018.Designing for visual appeal, simplicity and concreteness: the development and evaluation of design standards to manipulate icon characteristics
Good icon design is now recognized as crucial in determining user experience with mobile, PC and other applications. However, research examining icon use and processing is based on the use of existing icon sets. This leaves many questions about how new icons can be created with specific characteristics. Based on extensive design research, specific design principles were established. In an experimentally controlled study, a set of 64 icons was then developed by designers applying these design principles to create 8 versions for 8 new icon-functions, differing with regard to visual appeal (appealing vs. unappealing), simplicity (complex vs. simple) and concreteness (concrete vs. abstract icons). Once created, participants (N = 276) were asked to rate visual appeal, simplicity and concreteness of 8 icons (from the 64 versions created) in order to ascertain the extent to which the design principles were effective in creating icon sets with different characteristics. Results demonstrated that an independent manipulation of each design dimension was successful, indicating that the suggested design principles provide valuable hints for the design of icons. These findings will be used to illustrate how experimental design can shed light on building guidelines for creating effective interaction designs.
Human Factors and Ergonomics Society Annual Meeting 2017: Varieties of interaction, from User Experience to Neuroergonomics, Rome, Italy, Septembre 30, 2017.