This work is part of a wider personal and eco-cultural wondering about how to restore and conserve the pleasure of living aligned with the ecology of life. There is a growing concern that one of the biggest challenges we have is to generate sustainable communities. Based on this, the research particularly deals with the following two questions: What is ecological design? And, how does Ecological Design both emerge from, and contribute to, the constitution and conservation of human sustainable communities in our Western-European culture? The research proposes that the only way to understand the practice of ecological design is by dealing with the broader dynamics of human ecology—or, ultimately with what it means to be a human being. Based on a systemic, interdisciplinary and multidisciplinary approach, the research first explores the phenomenological and bio-cognitive dynamics that generate an ongoing, embodied–ecological epistemology of the human-Nature relationship, thereby overcoming the modern dualism of mind-body and man-nature. It suggests that design ineluctably takes place in this embodied-ecological domain—particularly, in an ongoing eco-cultural network of interactions. Then it explores the emotional basis of human intentionality and behaviour and, based on the work of the biologist Humberto Maturana, proposes that human beings exist in a dynamic interweaving of languaging and emotioning in an eco-cultural medium. This is synthesized through the notion of conversation. The research claims that to design is to converse. Based on this, the research then explores biological and philosophical accounts of the emotion of loving. By exploring basic elements of a synthesis of the ecology of loving, the research suggests that this emotion is the only one that allows the emergence and cultivation of intimate socio-ecological relationships. Accordingly, it also argues that loving is the foundation of environmental ethics and ultimately, the practice of ecological design. The research also explores the conscious sense and practice of homing (or home-making). It argues that homing and loving are interdependent; they form a circular causality—homing-in-love. The research suggests that homing-in-love is what we do when we design ecologically. Finally, the research explores a general framework that may contribute to the process of recovering the vital dynamics of homing-in-love in a global age. In a four-month ethnographic investigation of three Western-European ecovillages, the research explores particular designed platforms of conversation as examples of the practice of ecological design from which more sustainable manner of homing are emerging and being cultivated.

With society undergoing a large-scale technological revolution, companies often find themselves having to adapt by developing digitized products and applications. However, these applications typically produce large amounts of data. An additional problem that companies in the 3D Home Design industry face is having to provide a massive amount of options for their products, which without proper usage metrics can lead to large amounts of wasted resources. This thesis aims to combat these problems by designing a prototype of a modular analytics platform, consisting of a data parser, a back-end server & API as well as a web interface. The system is capable of displaying highly customizable visual graphs of user statistics as well as breakdowns for how much each product gets picked by the client's users. The thesis system is built on a MERN stack, consisting of MongoDB, Express.js, React.js and Node.js, and is written purely in JavaScript. The thesis achieved moderate success by successfully implementing a modular analytics platform as well as correctly providing tools that can identify obsolete products, which in return could potentially reduce the amount of resources wasted by companies that adopt the solution.

The purpose of the study was to examine home conditions, housing satisfactions, and allergen avoidance practices of people with allergic rhinitis, focusing on female patients who lived in an urban area in a hot, humid climate. The Morris and Winter theory of housing adjustment provides a theoretical base for this study. Nine hypotheses were tested to investigate interrelationships among home conditions, housing satisfaction in terms of health issues, allergen avoidance practices, and age. A sample of 41 female allergy patients aged 20 to 77 years completed a screening questionnaire and an in-depth survey questionnaire. The researcher visited their dwellings to conduct home observations and to take photos.Dust mite allergens were reported as the most common allergy triggers. Presence of cockroaches, presence of furry pets outdoors, molds in bathrooms, and molds in kitchens were the most common problematic home conditions. Open shelves, bookcases, drapes, horizontal blinds, and foam rubber pillows were the most common allergy related items found in respondents' bedrooms. Concerning health issues, the majority of the respondents were satisfied with their homes. Allergen avoidance practices were not followed regularly, particularly, using allergen-proof pillowcases and sheets, washing bedding in hot water, wearing a particle mask when vacuuming, using an exhaust fan, an air cleaner, a dehumidifier, and cockroach traps. The respondents who received suggestions from doctors were more likely to follow allergen avoidance practices than those who did not receive suggestions.The result shows a significant negative relationship between problematic home conditions and housing satisfaction in terms of health issues. A significant negative relationship between age and allergen avoidance practices was found. Older sufferers were less likely to use allergen-proof products. They also lived in older homes that were more likely to have allergy related conditions. The most common obstacles that prevented respondents from improving their homes in order to avoid allergens were cost of products, emotional attachment to pets, not having time to improve homes, and procrastination. Based on these findings, design recommendations, home maintenance recommendations, and lifestyle practice recommendations were developed. / Ph. D.

<p>North American suburbs are facing decline and obsolescence. They cannot meet the needs of North America’s ageing society, future climate change, or higher energy prices. Compounded with their negative environmental impact, non-resilient is an appropriate label for North American suburbs.</p> <p>Resilient suburban communities can be realized through retrofitting to meet current and future needs. Community scale retrofitting is in the early stages of development. House-level retrofitting tools exist but must be synthesized into a useable form for homeowners.</p> <p>Homeowners arguably have the largest stake in the future of the suburbs for both financial and social reasons. Empowering them with tools to make their suburban home and community more resilient is considered to be desirable.</p> <p>This thesis empowers homeowners by developing a prototype decision support system (DSS) that will help them (or their contractors) make choices about adapting and retrofitting their home for resilience. This Microsoft Excel-based DSS addresses the following suburban needs: new housing types, reducing the environmental impacts of the home, and decreasing reliance on fossil fuels. The DSS does this through three constituent ‘modules’.</p> <p>The first module, <em>Dividing Suburban Homes</em>, demonstrates the feasibility of dividing large suburban homes into multifamily dwellings. The second module, <em>Sustainable Additions</em>, selects resilient building materials for housing additions. The last module, <em>Reducing the Home’s Environmental Impact</em>, helps homeowners choose methods for reducing the environmental impact and fossil fuel usage of their home.</p> <p>Through these three modules, this DSS addresses a considerable number of the current and anticipated issues facing the suburbs.</p> / Master of Applied Science (MASc)