ESHA architects

Urban Design Masterplanning Planning Consultancy Sustainable Design

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The first purpose built residences for the new Combined Universities in Cornwall provides accommodation for 500 students, arranged in 7 and 5 person flats, with 2 staff flats, 2 laundrettes and a porters lodge. The buildings form two fragmented curved terraces that run along the steeply sloping hillside, accessed off a central pedestrian spine and a one-way perimeter vehicle/pedestrian route. The natural fall of the hillside is used to gain access to the majority of flats direct from ground level so that each flat is accessible to wheelchair users without having to negotiate stairs or lifts. The terraces are terminated by taller blocks that turn through 90° and enclose two squares, which together with a third square in the centre of the scheme, provide the main meeting points for residents and serve as a focus for outside activities.

The buildings are timber framed and clad in a mixture of cedar boarding, natural slate tile hanging and self-coloured render. Areas of granite cladding form plinths to all buildings and provide a robust finish at ground level. At the western end of the development this stonework is taken further up the wall to act as a counterpoint to stone work on nearby buildings that include the listed Tremough House.

Services: Part One
Urban Design & Masterplanning
Planning Consultancy
Public Consultation
Design Competitions
Project Planning & Programming
Feasibility Studies
Detailed Briefing and Design
Achieving Planning Consent
Computer Visualisation
 
Services: Part Two
Design Monitoring
Design Intent Details and
Specification
Building Regulations
Production Information
Site Inspection
Post Completion Feedback
Single Houses and Small Scale
Conversions / Extensions
 
Projects
Masterplanning & Urban Design
Housing in Urban Areas
Housing in Villages
Housing refurbishment
Health
Education including laboratories
Conservation / Listed Buildings
Offices / Defence / Other
 
 
Sustainability
Introduction
Mixed use
Long life, loose-fit, low energy
Thermal insulation and mass
Water drainage and flooding
Natural lighting and ventilation
Embodied energy
Natural landscape
Renewable energy sources
Beauty