Browsing by Subject "Population Growth"
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Item Restricted Berlins Growth and Architectural Design : Consideration of the Population Growth of the Big Cities and the Challenges and Architectural Possibilities Connected With It, Using Berlin as an Example(2023) Sharon-Mareé Ahrens; Fischer, Jeanne-Françoise; Huneck, Karsten; Faculty of Architecture and Design; Berlin International University of Applied SciencesAI-GENERATED ABSTRACT: Abstract: In a world marked by a burgeoning population of 8 billion, global societies face a spectrum of opportunities and challenges, intricately linked to population growth. Urbanization, international migration, and birth rates contribute to the spatial distribution of the world's population, with major consequences for urban development. This thesis delves into the context of Berlin, a European major city witnessing rapid population growth, to explore the challenges in urban planning, architectural design, and living conditions. Focusing on immigration as a significant factor (84% of population growth), the research aims to comprehend the relationship between population growth, urban development, and architectural solutions. The goal is to provide recommendations for adapting architectural design to meet the demands of a growing population, ensuring a high quality of life, social integration, and sustainability, with implications for similar European metropolises. Keywords: Population Growth, Urban Development, Berlin, Architecture, Immigration, Urban Planning, Quality of Life, Sustainability, Major Cities, Housing MarketItem Restricted Gonsi Sócrates : Potentials & Limits of Circular Construction(2022) Maria Cantó Martínez; Fischer, Jeanne-Françoise; Weber, Rasa; Faculty of Architecture and Design; Berlin International University of Applied SciencesAUTHOR-SUPPLIED ABSTRACT: Abstract: The world is at a tipping point, as population growth drives the economy and production ever higher, natural resources are on the edge of becoming obsolete. Research clearly shows how the construction industry generates severe damage to the environment, and how the generation of demolition waste is a source of wasted natural and economic resources. This study aims to unfold the current problem in the construction industry and offer an alternative to the way we currently design and build. The design aims to cover sustainability, flexibility, and circularity. We must rethink the way we use space and the resources that are located in it. Keywords: population growth, construction industry, sustainability, flexibility, circularity, natural resources, demolition waste, design, resource utilization