Tutors: Nick Elias, Agnieszka Glowacka, Anderson Inge, Vasiliki Kourgiozou.
In the context of an environment and climate emergency how can growth be sustainable? The government identifies the Oxford-Milton Keynes-Cambridge corridor as a significant opportunity for transformational growth, envisaging a single, knowledge intensive cluster that competes on the global stage, whilst protecting the area’s high quality environment. Armed with moral cues and an environmentalist agenda, students investigated two potential sites along the Arc: Stewartby and its decommissioned brickworks, and the Cranfield University site and airfield.
Unit 1 designed ‘knowledge centres’ as focal points for each site, with an infrastructural, domestic or social focus. The projects stand as adaptable ‘stitches’ connecting old with new, nature with man made structures, programmes with agendas. Each student has developed their knowledge centre with both pragmatic and ambitious intent. Students have drawn on previous conclusions to deliver light touch, environmentally sensitive, sophisticated proposals that go beyond conventional solutions. Scale drawings, models and fragments build towards a developed programme and building response that stitches together architecture, structure and environmental services, integrating these on site.
The aim of Unit 1 was for students to finish the year as collaborative, responsible and well-informed designers who have, through their proposal, explored and manifested a personal yet credible understanding of sustainable growth.
Built around a compressed earth brick workshop and knowledge centre. Exploratory sectional model and collage of the housing part of the project.
Time-based section showing the evolution of the knowledge centre brief on the site.
Exploratory models: brick wall panel design explored in terms of use and bonding pattern.
Axonometric: young, old, locals and newcomers build their homes together on Stewartby Lake.
Axonometric: new resident's manual showing how to construct an individual residential unit.
Environmental strategy overview showing interconnected systems for reducing energy consumption across the different spaces and uses.
Interior perspective: a view into the main communal space of the clay spa. Post-tensioned brick arches create a rich and complex roof over the clay bathing area.
Interior perspective: a view from the basement teaching space into the drone testing storm chamber above.
Exploratory concept section: storm chamber becomes the focus of visitors and students, allowing it to be experienced at multiple levels.
Exploratory concept section: key spaces in this vegan food knowledge and community centre are explored through this emotive sketch section.
Sketch of key communal spaces, exploring views from the lake and ideas of embedding furniture into the masonry walls.
Sketch model of possible method of opening up existing kiln brick arches to create new community workshops.
South elevation: a proposal imagining a new social fulcrum to rebuild the village spirit in Stewartby, where food is used as a universal language.
Sectional isometric: cutaway into the cascading aquaponics vertical farm as part of a larger research knowledge centre, all enclosed in ETFE.
Redefining the village street party: exploration into better waste management, through reclaimed bricks, hemp panels and potato peel insulation.
The cyclic system: the internal works of the aquaponic knowledge centre, with water, sunlight and soil.
Convivial kitchen and banquet room pod: exploded axonometric showing the material layers.
Exploded isometric showing the construction strategy.
From reliance to resilience: concept model of waste to energy building element.
Long section through chimney and new waste collection tanks.
Exploration of different patterns of circulation through the building.
Concept sketch of vertical farm.
A section through the building which nurtures both bees and humans.
Concept sketch of proposal for community centre that brings together the university and village communities currently divided by the airfield.