Les travaux de l'équipe Conception Collaborative et Intégrée visent à comprendre et modéliser les interactions entre experts-métiers participant à la conception de produits manufacturiers et/ou des services associés, et à proposer des supports (fondés sur les représentations métiers), des outils (intégrés aux environnements des concepteurs) et des méthodes (intégrées à l'organisation de l'entreprise) pour faciliter ces interactions. [En savoir plus]
Sujet de thèse, Post Doc et Ingénieurs de recherche
(A venir)
Partenariats
Actualités
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Le 12 nov. 2024 Soutenance de thèse de Boris DESCOMBES (CCI) mardi 12 novembre 2024 à 14h00 au CERAG
Publié le 4 novembre 2024 Intitulée : " Paradoxes et opportunités de la servicisation numérique : vers un nouveau paradigme industriel induit par les systèmes produit-service intelligents " -
The Integrated Collaborative Design (ICD) research team is organizing a seminar on Thursday, September 19, 9:00 a.m. – 11:00 a.m., room C319 – Viallet Site – Grenoble INP
Publié le 3 septembre 2024 Title : " Exploring Co-Creation Dynamics for Social Innovation Design: Focusing on SocialRelationships "
Projets en cours
ANR PEPR eNSEMBLE (2024-2027) (Website)
The purpose of the PEPR eNSEMBLE (Future of Digital Collaboration) is to fundamentally redefine digital tools for collaboration. To achieve this goal, we need to invent mixed (i.e. physical and digital) collaboration spaces that do not simply replicate the physical world in virtual environments, enabling co-located and/or geographically distributed teams to work together smoothly and efficiently. As part of the PEPR eNSEMBLE, G-SCOP was awarded a PhD scholarship to understand the influence of visual metaphors on cognitive and transdisciplinary collaborative conceptual co-design activities. The aim of the thesis is threefold. First, the fundamental objective is to understand how interactive visual representations influence the cognitive and collaborative activities of stakeholders involved in co-design activities. Second, a methodological aim is to propose a protocol for evaluating visual metaphors and metrics for measuring cognitive and collaborative activities in a transdisciplinary computer-mediated co-design activity. Third, the final goal is to develop ergonomic recommendations that provide concrete, actionable guidance for designing and evaluating virtual metaphors and ease the adoption of interactive visualisation in collaborative conceptual design phases.
ANR LabCom Joint Research Lab MIMESIS (2024-2029) (Website)
The iMmersive huMan-systEms InteractionS lab (MIMESIS'Lab) is a joint research laboratory between the G-SCOP UMR CNRS Laboratory of Design, Optimisation and Production at the Grenoble Institute of Technology (Grenoble INP-UGA) and the software editor SKYREAL. Our fundamental research tries to understand how humans represent and interact with different types of design information. The practical contribution is to develop natural and visually rich 3D human-computer interactions with the goal of advancing human-centred systems engineering. Short-term objectives include the development of new multi-modal collaborative modelling interfaces to explore and manage digital threads and to co-design architectures of engineered systems.
AI-Driven Engineering Assistance System (AIDEAS) (2023-2026) (Website)
The objectives of the AIDEAS joint research project between the technological research institute Saint-Exupery and Grenoble Institute of Technology are twofold. First, it aims to fine-tun Large Language Models to tailor a Generative Conversational AI to systems engineering activities. Second, the objective is to define methodological ergonomics guidelines for specifying, designing, implementing, and evaluating systems engineer-conversational AI interactions.
Local Accessible Urban Digital and Sustainable Factories - LAUDS - (2024-2027, Europe) (website)
Toward small, versatile factories in local and urban areas to co-create and produce customised products in small series. Contact: Jean-François Boujut
Systems Engineering for New MedTech Combination Product Development (Contrat privé, 2022-2024)
This action research project, funded by Becton Disckinson, integrates various methodological engineering design elements into a model-based systems engineering framework (process, method, modelling method, modelling language, modelling software) to support the Advanced Drug Delivery Systems division of Becton Dickinson Medical Pharmaceutical Systems in the development of future new MedTech drug-device combination products.
Eager to learn more ? Contact Romain Pinquié.
ACCEL 4.0 (PIA)
Le projet ACCEL 4.0 a pour objectif de développer des dispositifs de formation et d’accompagnement innovant qui associe l’écosystème industriel, académique et scientifique dans une démarche de co-construction. Il s’appuie sur un consortium de cinq partenaires engagés : l’UIMM Ain, Grenoble INP – UGA, le Pôle formation AFPMA, le lycée polyvalent Carriat.
ArchiTool (ANR)
Vise à proposer une plateforme de conception d'architecture produit basée sur les méthodes du MBSE mais supportées par les technologies de réalité viirtuelle.
Coherence 4D (ANR)
Vise à travailler le maintien de la cohérence d'un jumeau numérique vis à vis de son jumeau physique. Le projets propose différents types d'outils et méthodes dont des solutions en RV et RA soutenues par le laboratoire G-SCOP.
Continuum+ (Equipex)
Infrastructure nationale permettant aux chercheurs de travailler en réseau.
Titus
Ce projet franco-anglais vise à proposer des solutions de télé-opération de robots pour de la maintenance via un pilotage en réalité virtuelle.
