Diseño y Arquitectura
URI permanente para esta comunidadhttp://repositorio.uta.edu.ec/handle/123456789/7522
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Item type:Ítem, Desarrollo de una línea de contenedores degradables a partir de materiales reciclados de residuos de panificadoras artesanales en Ambato(UNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE INGENIERÍA EN DISEÑO INDUSTRIAL, 2026-01-21) ;Yungan Camino Cristian Josue ;Paucar Samaniego Mayra AlejandraUNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE INGENIERÍA EN DISEÑO INDUSTRIALThis research develops a line of biodegradable containers made from waste generated by artisanal bakeries in Ambato, as a response to the use of single-use plastic packaging and the lack of proper organic waste management. Using an applied methodology with a descriptive and experimental approach, the sector's waste was identified and characterized, with eggshells standing out due to their abundance and potential for reuse. A biodegradable composite material was developed from this waste and validated through physical, microbiological, and biodegradability tests, demonstrating its viability for food contact and storage applications. The containers were designed by integrating Design Thinking methodology with ecodesign criteria, resulting in functional, ergonomic proposals adapted to the production context. The results confirm the feasibility of transforming bakery waste into value-added biomaterials, contributing to the reduction of environmental impact and positioning industrial design as a key tool for sustainable innovation at the local level.Item type:Ítem, Estrategias de diseño sustentables mediante el uso de residuos de denim para el sector del calzado artesanal en Tungurahua(UNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE INGENIERÍA EN DISEÑO INDUSTRIAL, 2026-01-21) ;Medina Valencia Joselyn de los Angeles ;Jessica Viviana Martínez VergaraUNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE INGENIERÍA EN DISEÑO INDUSTRIALThis research focuses on the analysis and use of denim waste generated in textile workshops, with the aim of evaluating its technical and productive feasibility for the manufacture of handmade footwear in Tungurahua. Handcrafted footwear is a strategic productive sector that mainly uses leather and synthetic materials, so the incorporation of denim scraps represents a sustainable alternative that provides environmental, economic, and cultural value. The work is justified by the problem identified in textile workshops, where between 15 and 50 kilograms of denim scraps are generated each month, most of which are discarded, incinerated, or stored without sorting. This waste has a weight of between 11 and 14 ounces and technical characteristics suitable for reuse, so its use can reduce environmental impact and strengthen the circular economy in the region. The methodology applied included semi-structured interviews with textile workshops, shoemakers, and experts in the field, as well as technical observation sheets. The results showed that the material is available, artisans are willing to use it, and denim is compatible with artisanal processes such as patchwork, module creation, vivid textures, braiding, and mixing with other materials. Likewise, a growing market interest in sustainable products was identified. Finally, the proposal developed proposes sustainable design strategies to integrate denim waste into footwear components, reinforcing the artisanal identity and promoting production models aligned with sustainability and the circular economyItem type:Ítem, Diseño de una colección en denim con aplicación de intervenciones textiles y residuos preconsumo para la EMPRESA CARITEX(UNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE DISEÑO TEXTIL E INDUMENTARIA, 2026-01-20) ;Villalba Quinto Daniela Lizbeth ;Sánchez Sailema Erika CatalinaUNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE DISEÑO TEXTIL E INDUMENTARIACaritex, located in the Pelileo district, is a local reference in the production of denim garments. However, its manufacturing process generates a considerable amount of pre consumer textile waste, including fabric scraps, cut offs, and production defects. Due to the absence of an adequate management system, these materials are discarded in the waste site of the El Rosario parish, generating environmental impacts and representing the loss of resources with high creative potential. Additionally, there is limited knowledge of innovative textile intervention techniques that could be applied to develop aesthetically appealing and commercially competitive products. This research project aims to design an experimental denim collection that integrates contemporary textile interventions and the reuse of pre consumer waste, based on the transformation methodology proposed by Kate Fletcher. To achieve this, a diagnostic study of Caritexs production system was carried out through interviews, direct observation, and focus groups with young consumers, identifying needs, preferences, and opportunities for sustainable innovation. Subsequently, an experimental phase was conducted through textile intervention samples, which made it possible to evaluate the technical and aesthetic feasibility of techniques such as patchwork, embroidery, appliques, and laser engraving applied to denim scraps. The results demonstrated strong potential for their use in future prototypes. Finally, the findings were integrated into a design proposal that outlines guidelines for a sustainable, creative, and context based denim collection. This proposal strengthens the competitiveness and innovation of Caritex within the denim market and contributes to the recognition of Pelileos local textile identity.Item type:Ítem, Diseño de mangos para brochas cosméticas a partir de residuos de cuero generados en las empresas de calzado de Tungurahua.(UNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE DISEÑO INDUSTRIAL, 2026-01-14) ;Morocho Dutan Evelyn Thalia ;Montenegro PatriciaUNIVERSIDAD TÉCNICA DE AMBATO; FACULTAD DE DISEÑO Y ARQUITECTURA; CARRERA DE DISEÑO INDUSTRIALThis research develops the design of handles for cosmetic brushes using leather waste generated by the footwear industry in the province of Tungurahua, integrating ergonomic and user-centered design criteria. The study addresses the limited ergonomic adaptation of conventional brushes and the need to transform this waste into a functional component. A mixed-methods design approach is adopted, employing structured observation, user interviews, and dimensional analysis of the product. The process is organized using the Double Diamond model, which guides the definition of requirements, formal exploration, and prototype validation. The handle is manufactured from a composite material that encapsulates leather waste in a resin matrix, selected for its stability and moldability. The presence of the leather provides texture and tactile feedback, improving grip, control, and precision. The design is based on anthropometric criteria of the hand and the pencil-like grip typical of professional makeup application. Validation demonstrated improvements in comfort, gesture control, and precision compared to conventional brushes, confirming the technical and design viability of the local proposal.Item type:Ítem, Diseño de una colección de accesorios a partir del desarrollo de un género textil utilizando residuos de fabricación de la Empresa MF97(UNIVERSIDAD TÉCNICA DE AMBATO FACULTAD DE DISEÑO Y ARQUITECTURA CARRERA DE DISEÑO TEXTIL E INDUMENTARIA, 2025-07-28) ;Pilamunga Manobanda Katherine Michelle ;Escobar Guanoluisa Taña ElizabethUNIVERSIDAD TÉCNICA DE AMBATO FACULTAD DE DISEÑO Y ARQUITECTURA CARRERA DE DISEÑO TEXTIL E INDUMENTARIAThe project “Design of an Accessories Collection Based on the Development of a Textile Material Using Waste from the MF97 Company” emerges as a response to the environmental issue caused by the accumulation of textile waste in the province of Tungurahua, particularly that which lacks proper management processes. This situation highlights the need to implement sustainable strategies that reduce the environmental impact of the textile sector. The main objective of the project is to develop an accessories collection using a new textile material made from synthetic waste provided by the MF97 company, incorporating an experimental, aesthetic, and functional approach that promotes circular economy principles. This project integrates three methodological approaches to comprehensively address the issue of textile waste at MF97. It begins with a qualitative methodology that enables an understanding of the context through interviews, surveys, bibliographic analysis, and product autopsy. It then moves to research for design, focusing on user needs as well as aesthetic and functional aspects. Finally, research through design is applied, involving experimentation with textile manipulation techniques to develop a viable, functional, and aesthetically suitable material for accessory design. The project targets contemporary consumers interested in responsible products, resulting in an innovative, manipulable, visually appealing, and versatile textile material, applicable to the design of sustainable bags with aesthetic, emotional, and functional value.Item type:Ítem, Manejo de residuos pre-consumo y su incidencia en el diseño circular. Caso de estudio: Calzado Geolino(UNIVERSIDAD TÉCNICA DE AMBATO - FACULTAD DE DISEÑO ARQUITECTURA - MAESTRÍA EN DISEÑO, 2025-05-16) ;Guzmán Peñaloza Bárbara Natalia ;Escobar Guanoluisa Taña ElizabethUNIVERSIDAD TÉCNICA DE AMBATO - FACULTAD DE DISEÑO ARQUITECTURA - MAESTRÍA EN DISEÑOThe leather footwear industry has distinguished itself in the Ecuadorian market for its durability, quality, and elegance. However, it faces a major challenge regarding waste management and the generation of solid residues, as leather offcuts negatively affect the environment. This study focuses on the management of pre-consumer waste in the footwear industry, proposing a circular design approach implemented in the Geolino Footwear company, located in Ambato, Ecuador. Using a mixed-methods research design—including field observations, interviews, surveys, and a case study of Geolino—the project aims to develop a circular business model that enhances material reuse in the footwear sector in Ambato. The findings contribute to optimizing sustainable design processes within the footwear production chain and offer strategies and emerging technologies for recycling, material reuse, and modular design. Finally, a life cycle analysis of leather products is presented, covering the stages from raw material extraction to recycling, highlighting the environmental impact and the importance of the circular economy in mitigating these effects.Item type:Ítem, Diseño de una colección de bolsos con la aplicación de residuos textiles de las tensoestructuras en la empresa Tenzo.(2025-02) ;Altamirano Guerra, Jazmin SarahiBetancourt Chávez, Diego GustavoLas tensoestructuras son estructuras arquitectónicas que emplean membranas textiles sostenidas por cables que sirven para construir cubiertas, destacándose por su resistencia y durabilidad, sin embargo, su elaboración genera residuos textiles que suelen ser descartados, por lo cual el presente proyecto integrador plantea y analiza la elaboración de bolsos a partir de dichos remanentes, contribuyendo de esta manera a la reducción de desechos y fomentando prácticas de consumo responsable mediante la reutilización de estos materiales en el diseño de accesorios. La utilización de este material no solo busca su aprovechamiento, sino también la innovación ya que, se implementará un nuevo material dentro del ámbito de la moda sostenible. En cuanto a los bolsos, estos surgieron inicialmente como un accesorio utilizado por los hombres, quienes los llevaban colgados en los cinturones, sin embargo, con el tiempo fueron evolucionando hasta convertirse en un elemento indispensable para las mujeres, lo que impulsó la confección de bolsos con materiales que brinden un buen soporte, entre estos materiales se encuentran los convencionales, como el cuero y lona, así como los innovadores como las membranas textiles que son utilizadas en las tensoestructuras ya que, ofrecen una base ideal para crear bolsos que no solo sean funcionales, sino también responsables con el medio ambiente.
