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A computer tools classification based on collaborative engineering environments and its value on education

Osorio G??mez, Gilberto; Mej??a Guti??rrez, Ricardo; R??os Zapata, David
Fonte: Grupo de Investigaci??n en Ingenier??a de Dise??o - GRID; Design Engineering Research Group - GRID; Escuela de Ingenier??a Publicador: Grupo de Investigaci??n en Ingenier??a de Dise??o - GRID; Design Engineering Research Group - GRID; Escuela de Ingenier??a
Tipo: conferenceObject; Documento de conferencia; publishedVersion
ENG
Relevância na Pesquisa
125.93%
Computer tools usage has dramatically changed the working practice of design engineers, even from early stages of the product design and development process, offering new and more efficient ways to reduce costs and lead time and to obtain better products -- Furthermore, computer science advances have driven the development of new informatics solutions supporting different areas of knowledge, changing the way of doing things and demanding new learning strategies -- In order to accomplish all these objectives, the authors propose a new computer tools classification centred on both specifics areas of knowledge and different stages of the design process -- Related to product design engineering knowledge, there are some classifications focused on sorting tools to fulfil specific design aspects such as concurrent engineering or product life-cycle management (PLM) -- However, none of the current classifications are focused to find and to categorize computer tools for each design stage of the product life cycle, starting from early product design stages, such as need identification, to final design stages, such as recycling and disposal -- In the same manner, it is important to differentiate which technologies allow and support collaborative and distributed work -- This document presents a computer tools classification oriented to product design engineering processes...

PLM as a strategy for project structuring and coordination

Mejia-Gutierrez, Ricardo; Marroquin, Carolina; Giraldo, Juan David
Fonte: Grupo de Investigaci??n en Ingenier??a de Dise??o - GRID; Design Engineering Research Group - GRID; Escuela de Ingenier??a Publicador: Grupo de Investigaci??n en Ingenier??a de Dise??o - GRID; Design Engineering Research Group - GRID; Escuela de Ingenier??a
Tipo: conferenceObject; Documento de conferencia; publishedVersion
ENG
Relevância na Pesquisa
66.15%
La gesti??n exitosa de proyectos (PM) comprende desde la combinaci??n de habilidades, conocimientos, herramientas y t??cnicas hasta la planeaci??n, ejecuci??n y control estrat??gico de proyectos con gran variedad de requisitos y restricciones -- En a??os recientes, ha habido un inter??s en metodolog??as de implementaci??n que no solo permitan PM, sino que integren la gesti??n del ciclo-de-vida del producto (PLM), la reingenier??a y la modelaci??n de procesos de negocios (BPM), para lograr una planeaci??n y ejecuci??n eficiente bajo estrictos m??rgenes de rentabilidad y tiempo -- Este art??culo presenta una propuesta para el dise??o y desarrollo de productos en peque??as y medianas empresas que requieran PM e integraci??n de informaci??n -- Como resultado se propone una metodolog??a de implementaci??n para la industria de la arquitectura, ingenier??a y construcci??n, e incluye una estrategia de implementaci??n PLM que considera mecanismos que ofrecen alto potencial para pa??ses en desarrollo -- La propuesta muestra c??mo se identificaron, analizaron y mejoraron los procesos de ingenier??a a trav??s de BPM y PLM; esta enfatiza en la estandarizaci??n de la gesti??n de procesos asistida por herramientas PLM a trav??s de flujos de trabajo -- Con esto se pretende impactar la coordinaci??n y eficiencia en el proceso de desarrollo de nuevos productos de la compa????a; Successful Project Management (PM) comes from the combination of skills...