Valorisez vos réalisations phares sur People@HES-SO Plus d'infos
PEOPLE@HES-SO – Annuaire et Répertoire des compétences
PEOPLE@HES-SO – Annuaire et Répertoire des compétences

PEOPLE@HES-SO
Annuaire et Répertoire des compétences

Aide
language
  • fr
  • en
  • de
  • fr
  • en
  • de
  • SWITCH edu-ID
  • Administration
ID
« Retour
Julmy Maud

Julmy Maud

Adjoint-e scientifique HES

Compétences principales

Conception centrée utilisateur

UX Design

Prototypage rapide

Co-design

Ergonomie

Design cognition

Analyse de l'activité

  • Contact

  • Enseignement

  • Recherche

  • Publications

  • Conférences

Contrat principal

Adjoint-e scientifique HES

Haute Ecole Arc - Ingénierie
Espace de l'Europe 11, 2000 Neuchâtel, CH
DING

Ergonome de formation, j'ai été ingénieure de recherche sur le projet européen H2020 SPARK puis j'ai soutenu un doctorat dans la continuité de ce même projet. Mon expertise porte sur l'intégration des utilisateurs finaux dans les différentes phases de processus de conception d'un produit afin de concevoir le produit / service le plus prohe de leurs besoins.

key words: design thinking, co-design, user-centred experience

BSc HES-SO en Industrial Design Engineering - Haute Ecole Arc - Ingénierie
  • Ergonomie
  • Conception de produits

Terminés

L-Easy

Rôle: Collaborateur/trice

Requérant(e)s: Black & White auto-école, Black & White auto-école

Financement: InnoSuisse

Description du projet :

Aide à la conduite accompagnée

Equipe de recherche au sein de la HES-SO: Julmy Maud

Partenaires professionnels: Black & White auto-école, Black & White auto-école

Durée du projet: 01.01.2022 - 31.03.2024

Url du site du projet: https://l-easy.ch/

Statut: Terminé

2024

Investigating the effects of spatial augmented reality on user participation in co-design sessions :
Article scientifique ArODES
a case study

Maud Julmy, Cédric Masclet, Jean-François Boujut

Computers in Industry,  154, 104023

Lien vers la publication

Résumé:

New technologies such as Spatial Augmented Reality (SAR) have created new opportunities for including end users in the early phases of the design process when prototypes are not always available for functional testing. This study investigates the impact of introducing SAR technology on designers and end users working together in co-design sessions. To this end, a multi-modal analysis focusing on cognitive activities and gestural behaviour was conducted. After comparing the traditional setting with the SAR setting (over 44 sessions), the session activity profiles proved to be quite similar. However, the study highlights specific correlations between gestures and cognitive activities, in both environments. Finally, contrary to expectations, free gestures continue to be made in the digitally mediated situation.

Investigating the effects of spatial augmented reality on user participation in co-design sessions: A case study
Article scientifique

Julmy Maud, Jean-François Boujut, Cédric Masclet

Computers in industry, 2024 , vol.  154, no  104023

Lien vers la publication

Résumé:

New technologies such as Spatial Augmented Reality (SAR) have created new opportunities for including end users in the early phases of the design process when prototypes are not always available for functional testing. This study investigates the impact of introducing SAR technology on designers and end users working together in co-design sessions. To this end, a multi-modal analysis focusing on cognitive activities and gestural behaviour was conducted. After comparing the traditional setting with the SAR setting (over 44 sessions), the session activity profiles proved to be quite similar. However, the study highlights specific correlations between gestures and cognitive activities, in both environments. Finally, contrary to expectations, free gestures continue to be made in the digitally mediated situation.

Exploring the benefits of physical features in virtual reality on customer experience
Article scientifique

Cherix Robin, Julmy Maud, Capallera Marine, Roland Julien, Mugellini Elena

Proceedings of the IHCI 2024+ GET 2024+ CGVCVIP 2024, 13-15 July 2024, Budapest, Hungary, 2024 , pp.  162-165

Lien vers la publication

Résumé:

Virtual try-out experiences suffer from a lack of physicality. If consumers cannot touch or feel what they see, it is less
likely for them to buy it. Here we present work in progress of an immersive luxury watch try-out experience. We added a
3D printed, weighted mock-up to enrich the experience. This mock-up is worn on the wrist, where the virtual watch appears.
User tests show that the proposed experience is very well received and sparks interest for such experience.

2021

Gestes et cognition: Caractérisation de l'activité de co-conception multimodale dans un environnement de Réalité Augmentée Spatialisée.
Thèse de doctorat

Julmy Maud

2021,  G-SCOP INPG : Université Grenoble-Alpes

Jean-François Boujut, Cédric Masclet

2020

The co-design cognitive process: Impacts of a Spatial Augmented Reality platform
Article scientifique

Julmy Maud

International Design Conference Design 2020, 2020

Lien vers la publication

Real-time coding method and tool for artefact-centric interaction analysis in co-design situations assisted by augmented reality
Article scientifique

Julmy Maud

International Journal on Interactive Design and Manufacturing, 2020

Lien vers la publication

A socio-cognitive analysis of evaluation and idea generation activities during co-creative design sessions supported by spatial augmented reality
Article scientifique

Julmy Maud

International Journal of Design Creativity and Innovation, 2020

Lien vers la publication

2019

Analysis of the co-design activity: influence of a mixed artifact and contribution of the gestural function in a spatial augmented reality environment
Article scientifique

Julmy Maud

INCOSE conference on Human System Integration, 2019

Lien vers la publication

2024

Exploring the benefits of physical features in virtual reality on customer experience
Conférence ArODES

Robin Cherix, Maud Julmy, Marine Capallera, Julien Roland, Elena Mugellini

Proceedings of the IHCI 2024 + GET 2024 + CGVCVIP 2024, 13-15 July 2024, Budapest, Hungary

Lien vers la conférence

Résumé:

Virtual try-out experiences suffer from a lack of physicality. If consumers cannot touch or feel what they see, it is less likely for them to buy it. Here we present work in progress of an immersive luxury watch try-out experience. We added a 3D printed, weighted mock-up to enrich the experience. This mock-up is worn on the wrist, where the virtual watch appears. User tests show that the proposed experience is very well received and sparks interest for such experience.

2021

Design 2020
Conférence

Julmy Maud

Design2020, 12.05.2021 - 15.05.2021, Dubrovnik

Lien vers la conférence

Réalisations

Médias et communication
Nous contacter
Suivez la HES-SO
linkedin instagram facebook twitter youtube rss
univ-unita.eu www.eua.be swissuniversities.ch
Mentions légales
© 2021 - HES-SO.

HES-SO Rectorat