Ce 24 Décembre, l'éditeur Taylor&Francis a enfin publié mon article "Addressing complexity in design: a systemic model of creativity and guidelines for tools and methods", au sein de l'International Journal on Design Creativity and Innovation (un des meilleurs dans mon domaine de recherche).
C'est un très beau cadeau et un grand soulagement, quand on sait qu'il a été soumis le 10 mars 2015 et a subi deux aller-retours de corrections !
Il s'agit d'un article qui synthétise une grande partie de ma thèse de doctorat. Avec toutefois un modèle théorique proposé qui est moins développé que dans sa version finale présentée en soutenance. L'article est disponible à l'achat pour 40 dollars, et je peux transmettre également une copie privée sur demande.
http://www.tandfonline.com/doi/full/10.1080/21650349.2015.1116412
En voici l'abstract :
The aim of this paper is to show how the systemic approach makes it possible to redefine creativity; it highlights new ways to stimulate it in complex industrial contexts. A model was constructed from a state-of-the-art review categorized according to three conceptual scales (environment, individual, and object) using the systemic approach. It highlights three fundamental interactions (perceptual, cognitive, and social) that synthesize the mechanisms of creativity as a whole. From this model, three guidelines were proposed: the use of analogical tools to stimulate perceptual interactions, the use of a language based on visual forms to stimulate cognitive interactions, and the use of a cyclical process alternating individual, social and expert creativity to stimulate social interactions. Deployed together as an embedded method, we argue that these guidelines improve creative performance in complex contexts by focusing on interactions that stimulate the overall creativity system. We conclude with an implementation of this method in our industrial context (a car manufacturer), and test the guidelines in the context of real industrial projecs.
Mots-clés : creativity, complexity, design, systemic, model
