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Ítem Proceso de ASC - APLICACIONES DE SISTEMAS DE REALIDAD VIRTUAL E INTELIGENCIA ARTIFICIAL PARA EL PROCESO DE VISUALIZACION Y CORPORIFICACION EN EL DISEÑO DE PRODUCTOS(Universidad EAFIT, 2023) Londoño, Felipe; Moreno, Jorge; Marín, Manuela; Paffen, Jacob; Ronald, Juan; Sierra, Luis; Universidad EAFITDIGITAL TRANSFORMATION FOR PRODUCT DESIGN: Augmented reality (AR), virtual worlds (VR) and software and applications mediated by Artificial Intelligence (AI), share the common objective to help create built environments based on emotions, sensations and human connection. Between ideas of increase and immersion, many times these projects have been created in the hands of specialists from various fields of technology; At the same time, they represent a great opportunity for the training of future professionals. From what is described; This project aims identify and establish possibilities for the use of AI + VR + Virtual Environments focused on the application in Engineering Design processes; starting through the Product Design Engineering program. The project has the support from teachers of the program in question (IDP); which coordinate different subjects of the Visualization (Drawings) and configuration line or product embodiment (CAD modeling); with experience in these processes within the School of Applied Sciences and Engineering. As engineers, architects and designers develop new tools for the metaverse for example, as well as products, spaces virtual and augmented, new projects are increasingly democratized and collaborative; and at the same time, the creative and production process is being reinvented. design in different areas and professions. The use of these tools, software and applications mediated or assisted by Artificial Intelligence, represent an ethical debate and at the same time a challenge not only for education, but also as part of helping a creative process or faster design and with the possibility of more innovative results and innovative; since its implementation will occur sooner rather than later and know how to use and apply them correctly; They are part of the approach of this project.Ítem Proceso de ASC - USOS Y APLICACIONES DE LA ARCILLA DE PROTOTIPADO-CLAY EN EL ECOSISTEMA DE MANUFACTURA DIGITAL CAD-CAM-CAE DE LA ESCUELA DE INGENIERIAS.(Universidad EAFIT, 2022) Giraldo, Sebastían; Martínez, Alejandro; Sierra, Luis; Universidad EAFIT“Industrial or prototyping clays” (Industrial Clay) are materials malleable and moldable to make three-dimensional models and for their properties it is possible to use them and re-use them again, without having to waste material or discard already made models during the process. For his Constitutive characteristics offer great versatility; since they can be worked both manually (sculpted) or digitally (CNC routing among others). From the latter, and as part of the final clay implementation process in the laboratories of the EAFIT university; it is necessary to determine the possibilities of application and use of the material; in the ecosystem of digital manufacturing of numerical control technologies or 4.0 (CAD/CAM/CAE): Robot, Lathes, Milling Machines, Routers, Cutting Machines, etc. In order to deploy its potential in other applications that are still have not been explored. Likewise, it is intended to generate the bases regarding parameters, considerations and variables to take into account for the material in these processes and their future applications.Ítem Proceso de ASC - DESARROLLO DE UN ASESOR DE COMPRA PARA VEHICULOS ELECTRICOS BASADO EN INTELIGENCIA ARTIFICIAL - FASE 1(Universidad EAFIT, 2019) Sierra, Luis; Rivera, David; Montoya, Manuel; Vallejo, Juliana; Cardona, Santiago; Universidad EAFITBased on data processing science, project experience previous studies of the current seedbed and data from previous investigations; HE aims to create and train an "Artificial Intelligence" that, based on characterization of a specific user; you can select the different models of electric transport that are most compatible from the points of view: economic, aesthetic, technical and functional; and with A.I., thus suggesting a segment specific product and vehicle references in which a potential user you might be interested.Ítem Proceso de ASC - OPTIMIZACION DEL PROCESO DE FABRICACION, PRODUCCION Y RECICLADO DE LA ARCILLA INDUSTRIAL DE PROTOTIPADO CLAY-FASE 2(Universidad EAFIT, 2021) Acosta, Juan; Franco, Natalia; Betancur, Sofía; Agredo, Andrés; Sierra, Luis; Universidad EAFIT“Industrial or prototyping clays” (Industrial Clay) are materials malleable and moldable to make three-dimensional models; and offer great versatility; since they can be worked either manually (sculpted) or digital (CNC routed); and due to their properties it is possible to use and reuse them again, without having to waste material or discard already made models during the process. The present project; For its part, it aims to standardize a production and recycling process of this material and take it to a larger scale in order to allow a much higher production and recycling volume. Through workflows and methods to industrialize and optimize processes. All the above with the purpose of increasing the capacity and quality of the current production and recycling of clay. Thus allowing you to reach great scales.Ítem Proceso de ASC - APLICACIONES DE LA ARCILLA AUTOMOTRIZ O DE PROTOTIPADO EN EL DISEÑO Y FABRICACION DE MODELOS Y/O PROTOTIPOS(Universidad EAFIT, 2020) Agredo, Andrés; Trujillo, Camilo; Sánchez, Verónica, Betancur, Sofía; Franco, Natalia; Acosta, Diego; Sierra, Luis; Universidad EAFIT“Industrial or prototyping clays” (Industrial Clay) are materials malleable and moldable to make three-dimensional models; and offer great versatility; since they can be worked either manually (sculpted) or digital (CNC routed); and due to their properties it is possible to use and reuse them again, without having to waste material or discard already made models during the process. This ability to modify its structure allows it to used as a molding material for different applications and fields among them, arts and design; especially in the early and final stages of the process planning and development of new products. For this reason it is used widely in the automotive and consumer products industry; to define the aesthetic and visual characteristics of the product (shape and embodiment). EAFIT recently developed an industrial clay with similar characteristics to imported ones (Automotive Clay) and with local components; with which obtained an invention patent from the SIC; with the name: “PROCESS FOR THE OBTAINING INDUSTRIAL CLAYS FOR PROTOTYPING AND CLAYS OBTAINED” ; with IP number IPC Classification: C04B 33/36; of sep. of 2019. The present project; For its part, it aims through the use of said development; and its interaction with other materials and end-use processes; identify possible uses of this, in the manufacture of parts, molds or casings for models and prototypes of vehicles or others; through processes such as thermoforming, materials compounds, resin casting and so on. All of the above, with the purpose of defining and establishing key variables for the replicability of said processes, using clay or CLAY as a material for different types of molds and parts.