The paper describes the rigorous implementation of a validated methodological experimental protocol to divergent and convergent thinking tasks occurring in Design by neurophysiological means (EEG and eye-tracking). EEG evidence confirms the findings coherently to the literature. Interesting is the confirmation of such results through eye-tracking ones, and further evidence emerged. In particular, neurophysiological results in idea generation differ between designers and engineers. This study was supported by a multidisciplinary team, both for the neuropsychological and data analysis aspects.

Neurophysiological Evidence in Idea Generation: Differences between Designers and Engineers / Colombo, Samuele; Mazza, Alessandro; Montagna, Francesca; Ricci, Raffaella; Dal Monte, Olga; Cantamessa, Marco. - ELETTRONICO. - 1:(2020), pp. 1415-1424. (Intervento presentato al convegno DESIGN2020 16th INTERNATIONAL CONFERENCE tenutosi a Dubrovnik (CRO) - Online nel October 26-29, 2020) [10.1017/dsd.2020.161].

Neurophysiological Evidence in Idea Generation: Differences between Designers and Engineers

Samuele Colombo;Francesca Montagna;Marco Cantamessa
2020

Abstract

The paper describes the rigorous implementation of a validated methodological experimental protocol to divergent and convergent thinking tasks occurring in Design by neurophysiological means (EEG and eye-tracking). EEG evidence confirms the findings coherently to the literature. Interesting is the confirmation of such results through eye-tracking ones, and further evidence emerged. In particular, neurophysiological results in idea generation differ between designers and engineers. This study was supported by a multidisciplinary team, both for the neuropsychological and data analysis aspects.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2792032