Browsing by Subject "Product Design"
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Item Restricted Microliving in Germany(2022) Anna-Katharina Adams; Murken, Hauke; Pöğün-Zander, Yüksel; Faculty of Architecture and Design; Berlin International University of Applied SciencesAI-GENERATED ABSTRACT: Abstract: This thesis focuses on the customization of fully furnished micro-apartments in Germany, specifically addressing the personal needs of student housing tenants. The aim is to highlight the benefits of furniture customization and explore product design implementations that can provide students with opportunities for personalizing their living spaces. The motivation behind this research stems from the increasing demand for small living spaces and the shifting functions of homes due to factors such as the COVID-19 pandemic. The methodology includes a theoretical exploration of the micro living market and the role of customization in the furniture industry, supported by literature review, interviews with housing providers, and survey data from micro and student apartment tenants. The design project component of the thesis incorporates the insights gained from the theoretical research and visual analysis of floorplans and existing furniture. The goal is to develop a customizable furniture solution that enhances the living experience in micro-apartments while maintaining spatial aesthetics and adaptability. Keywords: micro-apartments, student housing, furniture customization, product design, personalization, small living spaces, housing market, COVID-19 pandemic, literature review, interviews, survey data, design projectItem Restricted Possibilities for Cardboard-based Products to Substitute Other Conventional Products in the Field of Design(2022) Eve Arissara Utkham; Murken, Hauke; Pöğün-Zander, Yüksel; Faculty of Architecture and Design; Berlin International University of Applied SciencesAI-GENERATED ABSTRACT: Abstract: The global mindset of environmental friendliness (EF), zero waste (ZW), and the circular economy system (CES) promotes the rethinking of resource life cycles to avoid waste generation and foster sustainability. This thesis explores the EF mindset and its methodology, which mimics the reuse of resources observed in nature. It emphasizes the importance of waste prevention, product design, and the full life cycle of goods. By adopting an EF approach, manufacturing and production networks can be restructured to minimize waste from the outset. The thesis acknowledges the increasing trash generation due to population growth and the need to alleviate strain on limited environmental resources. It also discusses the role of consumers and companies in adopting more sustainable behaviors and implementing eco-friendly practices throughout their operations. A specific focus of this research is on the significance of cardboard as an alternative material within the circular economic system. Cardboard, when properly recycled, presents advantages over single-use plastics and has the potential to be utilized in various design applications. The thesis explores previous works by designers and investigates new approaches to using cardboard, aiming to enhance its acceptance among consumers and designers. By addressing the impact of waste reduction and exploring the potential of cardboard, this research contributes to the development of eco-friendly materials and supports circular economic principles. The methodology comprises literature reviews, research on cardboard materials, recycling processes, and the circular economic system. It examines the flaws and limitations of cardboard, as well as case studies of designers and businesses utilizing cardboard as a primary material in their designs. The theoretical section draws from extensive investigations of books, research papers, and articles. Additionally, a practical chapter presents a design project involving the development of a lounge chair prototype using corrugated cardboard, providing first-hand insights and showcasing the concept's functionality. Keywords: environmental friendliness, zero waste, circular economy system, waste prevention, product design, resource life cycle, cardboard, alternative materials, sustainability, eco-friendly materials, design applications, recycling, literature review, case studies, design project