The intended research aims at bringing the design and production process of the industry partner, BONE STRUCTURE into a new level of customization, that involves effective homebuyers participation in the design of their homes, using cutting-edge computatioanl design techniques. The customization process is initiated with a layout design; roomblocks modifications, till selection of appliances and systems, via web- based, interactive interface that would engage homebuyers in a designer-customer like dialogue.
The objective of this project is to connect architects and wind engineers early on within a project so that affects associated with wind such as pedestrian comfort and building strength may be maintained from the start of a project. Rather than making post-construction modifications to a building through the costly use of screens, covers or even redesign, favorable wind conditions could be achieved through the collaboration between architects and wind engineers during the initial stages of design.
Mass customization is a multifaceted process that involves managing various aspects, such as managerial, and technical. Housing, unlike other products, requires a considered response to social and cultural issues when gathering clients’ preferences. There have been valuable contributions to the process of mass customization of housing in diverse domains.
The proposed research project will be to visit survey and document post and modern cave dwellings, live in the villages, getting to know the local villagers and craftsmen, and engage in cross-cultural and interdisciplinary research. Through method of record, from measured drawings to statistical analysis, full scale details to test of structural performance or climate regulations, which we can apply to cave dwelling as a preparation for their application to more complex architecture.
Green roofs contribute to numerous social, economic, and environmental benefits and as components of green infrastructure planning are becoming increasingly commonplace. Less is known though about how green roofs perform when integrated with other sustainable designs, such as photovoltaic (PV) panels that share the roof space, which could experience higher energy efficiency through increased cooling by the green roof vegetation. Vegetation cools green roofs through a process called evapotranspiration, a component of photosynthesis, which increases with exposure to sunlight.
The intern will investigate the architectural potential and philosophical merit of Near-Living Architecture, a design that allows environments to be aware and empathetic to their occupants. To do this, the intern will edit and contribute to the upcoming Near-Living Architecture Monograph, a written work describing the vision, execution and future applications of research conducted by PBAI. Furthermore, the intern will lead independent research on the topic of emergence, which reveals itself in this work, to create scholarly contributions to the field.
This project represents the final phase of an extensive research project, culminating in an exhibition of national significance on the subject of Canada’s 1967 Centennial architectural projects and their role in the creation of national identity. The intern’s role is related to two main areas of activity: a curatorial exercise that involves the selection of material for exhibition in relation to the curatorial position, established by the academic supervisor; and design, production and fabrication of exhibition elements in collaboration with the industry partner, RVTR.
The objective of this proposal is to do energy assessment and cost-benefits analyses among selected industrial and commercial Enbridge Gas Distribution (EGD) customers, engaging Ryerson faculty and students. EGD operates defamed side management (DSM) programs to encourage its industrial customers to adopt energy saving equipment and strategies to reduce the natural gas consumption. As a part of DSM program, EGD is partnering with Ryerson University to undertake the energy assessments for small and medium size industrial customers.
The intention of the Arch-App is to create a mobile app that utilizes geo-location and augmented reality technologies to access data (including imagery, videos, and text) on building projects throughout the city in real time. The infrastructure of the Arch-App effectively provides users a resources (ranging from historic imagery to notable interviews) and tour guides to any local landmark in the real world condensed into their smartphones. Currently, there is no such infrastructure which, supports said goals of Arch-App.
Analysis of the best performing technologies will be conducted relative to the areas of building-integrated energy generation and storage of such energy at the building/community scale. Relevant product and other technological literature will be collected and various areas of performance will be used for comparison. Such metrics of performance for generation/harvesting technology will include (but may not be limited to) conversion efficiency from the energy source to usable energy, cost of installation and useful operating life span.