Skip to content...
University of Strathclyde
University of Strathclyde
  • Courses Exhibiting
    Courses Exhibiting
    • Back to menu
    • Courses Exhibiting
    • Part 1
    • Part 2
    • Taught Masters
  • Students
    Students
  • Gallery
    Gallery
  • Awards
    Awards
    • Back to menu
    • Awards
    • GIA
    • A+DS & RIAS Awards
    • Eimear Kelt Memorial City of Glasgow Medal
    • RIBA President's Medals
    • 3DReid Student Prize
  • Random Student
    Random Student
  • Showcase search
  • Course search
    Undergraduate
    Postgraduate taught
    Postgraduate research
    Architecture Subjects
    • Gallery

    Site Gallery - Sustainable production

    • All tags
    • #Design Studies
    • #Render
    • #Interior Views
    • #Section
    • #Elevation
    • #Exterior Views
    • #Drawings
    • #Floor Plan
    • #Views
    • #Education
    • #Urban Design
    • #Axonometric
    • #Technical Drawing
    • #Diagram
    • #Laurieston
    • #Perspective
    • #Model
    • #Site Plan
    • #Art Gallery
    • #3D
    • #collage
    • #Exploded Axonometric
    • #sketch
    • #Masterplan
    • #Concept
    • #Diagrams
    • #Site
    • #Front Elevation
    • #Housing
    • #Renderings
    • #Community Centre
    • #Technical Design
    • #Plans
    • #conservation design project
    • #Context
    • #hand drawing
    • #isometric
    • #Public spaces
    • #Technical Studies
    • #landscaping
    • #Structure
    • #Cultural Studies
    • #History
    • #Dementia
    • #Neighbourhood
    • #Professional Studies
    • #Art Gallery in the City
    • #Environment
    • #photomontage
    • #Sustainable production
    • #Construction
    • #detailing
    • #M8
    • #Market
    • #Physical Model
    • #Programme
    • #street elevation

    Fabric as a Performance
    Fabric as a Performance - Viktoria Georgieva
    Viktoria Georgieva
    • #Site Plan
    • #Sustainable production
    Recycling Factory
    Recycling Factory - Viktoria Georgieva
    Viktoria Georgieva
    • #Diagram
    • #Axonometric
    • #Diagrams
    • #Design Studies
    • #Sustainable production
    Andrew McCluskie Sutainability Diagrams
    Andrew McCluskie
    • #Model
    • #Diagram
    • #3D
    • #Diagrams
    • #Massing
    • #Sustainable production
    • #conservation design project
    • #landscaping
    • #Stone
    • #Adaptive Reuse
    The Ramp Entrance - public access directly to the market, restaurant, garden spaces, and new public park
    The Ramp Entrance - public access directly to the market, restaurant, garden spaces, and new public park - Fiona Wylie The site rests on a plinth that is 3.5m above the main street level, and has an existing ramped entrance. To continue the pedestrian walkway in Tradeston's proposed new masterplan, people can directly access the market and gardens without having to go through the whole building. To promote more exterior access, as the site ramps up, so does the building, with a nature path. The nature path wraps around the building, providing direct access from that side of the building to the restaurant, the market seating, the growing areas, and the main greenhouse, all while continuing a green journey to experience the building and create views over the historical wall to the rest of Glasgow.
    Fiona Wylie
    • #Site
    • #Community Centre
    • #Design Studies
    • #Greenhouse
    • #Sustainable production
    • #Exterior Views
    • #approach
    • #Garden
    • #Market
    • #Restaurant
    • #Tradeston
    Elevation and Sections
    Elevation and Sections - Fiona Wylie The north elevation, a long section through the growing tower, the seed library, the main atrium, and production spaces, and a short section through the main atrium, hydroponic growing spaces, and the main greenhouse. The growing "tree" tower is inspired by Frank Lloyd Wright's Johnson Wax Research Tower, with alternating mezzanine floors to allow for double-height vertical farming spaces as the main production zone of the building. The roots of the tower start at the lower ground floor entrance, with a seed library and archive surrounding the main circulation core of the tower. The main greenhouse off of the atrium acts as a buffer zone for solar gain and passive heating/cooling throughout the building, which then goes into the main atrium which acts as a thermal stack where hot air can exit through vents.
    Fiona Wylie
    • #Section
    • #Greenhouse
    • #Sustainable production
    • #Technical Drawing
    • #Elevation
    • #tower
    • #Vertical Farming
    • #street elevation
    The Structure
    The Structure - Fiona Wylie Construction of the building was heavily importance, taking sustainability and fire safety into account. As an image for sustainability in the community, the majority of the structure is glulam post + beam with CLT floor panels, in attempts to reduce the amount of concrete used unless necessary. It’s lightweight, versatile, and provides a warm + natural aesthetic within the urban farm, reinforcing the idea of eco-industry. Due to the tower being over 18m tall, it acts as an independent steel + concrete structure beside the timber structures, connected by an expansion joint. In case of fire the tower’s construction is non-combustible and a fire shutter can be placed in the atrium connecting the two structure types. A weathered Corten steel facade was chosen to give the building a lightweight feel in contrast to the building’s size over the heavy historical wall, complimenting the colour of the surrounding red brick buildings in Tradeston. The metal is a nod to Tradeston’s metalwork history. The Matrix rainscreen cladding system align’s with the required A1 non-combustible facade buildup due to the height of the tower.
    Fiona Wylie
    • #Axonometric
    • #Exploded Axonometric
    • #Sustainable production
    • #Structure
    • #Concrete
    • #Construction
    • #Facade
    • #clt
    • #fire strategy
    • #glulam
    Integrated Sustainablity
    Integrated Sustainablity - Carlson Ko To show sustainability has been taught through the building as how Global Warming is one of the factors that is in every designers mind now. Sustainability goals that are mostly integrated into a building are introduce here allowing the community to understand and learn from the positive effects and ways to contribute the world.
    Carlson Ko
    • #Sustainable production
    The brain of the Facility: Membrane
    The brain of the Facility: Membrane - Sania Halim the brain of the facility: the membrane. It’s divided into three parts. The outer membrane or the collecting membrane, the inner membrane, and the transport system. The collecting membrane is further divided into two parts, the surface run-off texture which is a microchannel situated in the inner layer of the collecting membrane that condenses the tiny acid liquid droplets and directs them to the filter channel. And the porous membrane, which has a transparent outer graphene skin with tiny holes on it that effectively absorb the big acid droplets coming from the filter channel. Last but not the least the transport system consists of pendant tubes that acts as gas pipelines to collect the acid liquid from the membrane and transfer it to the purification center. Inspiration of the project taken from: PH Conditioner skyscapper, Evolo, 2012
    Sania Halim
    Inspiration of the project taken from: PH Conditioner skyscapper, Evolo, 2012
    • #Programme
    • #Sustainable production
    • #approach
    • Gallery

    The University of Strathclyde is a charitable body, registered in Scotland, number SC015263.