In the past decades, physical and digital methods of producing architectural content have led to various new outputs, processes, and tools in current design workflows. Issues concerning contemporary archival practices have become increasingly evident due to the proliferation of new forms of physical and digital architectural content. Recent discussions in architectural archivism often focus primarily on computer-aided design (CAD) and Building Information Modelling (BIM) preservation, with little emphasis on standardized archival approaches for other essential process works and design outcomes. To better understand the current and future challenges of architectural archivism, this research examines digital and physical content varying in form and complexity to determine their archival constraints. Sample selection includes content such as 3D printing, 3D scan capture data, drone data, CNC routing, laser cutting, physical models, virtual and augmented reality data, and other forms of physical fabrication and digital design. Selected sample content derives from the University of Manitoba’s Fabrication Laboratory (FABLab), Centre for Architectural Structures & Technology (C.A.S.T.), Architecture Workshop Facility, and Virtual Reality Laboratory. Each sample is systematically reviewed for its archival characteristics, focusing on three key factors, the production tools, the design process, and the final output. Expanded analysis of each key factor provides detailed sample-specific constraints addressing the archival relevancy, iterative process, output format, size, reproducibility, interoperability, and inherent legacy data risks associated with current physical and digital architectural content. In response to these constraints, this research proposes new standardized frameworks for archiving contemporary and emerging forms of physical and digital architectural content. The preservation of this content is crucial to the discipline as these works will later become significant artefacts in the history and culture of architectural design.
Jason Shields is an Assistant Professor in the Department of Interior Design at the University of Manitoba. In 2018, Jason was selected by Interior Design Canada’s PROpel program as one of the 20 top emerging design professionals in Canada. His previous work experience in the professional industry has allowed him to take a multi-faceted approach to research and design methodologies. Jason’s work primarily explores the relationship between architecture, technology, and the built environment. Current research examines the role of Virtual Reality (VR), Augmented Reality (AR), and virtual environments in interior design pedagogy as well as recent archival challenges related to the contemporary architectural design process. Jason currently instructs undergraduate and graduate interior design studio courses that require the production of contemporary building typologies and reactive architectural installations. Recent interior design studios include the design of a supportive housing unit, a media arts centre, a music and performance complex, and the production of kinetic sonic sculptures. Jason recently received the peer-reviewed Innovative Teaching Idea Award from the Interior Design Educators Council in 2020 and 2021. Outside of the discipline of design, Jason’s passions include film, photography, digital archivism, and travel.