Godiva Place

This £47.5m scheme for Coventry University is a 24,500m² project designed to provide student accommodation with a social hub, sports facility and parking as part of the university campus in Coventry city centre. And it is our biggest, single project to date.

Architects Lewis and Hickey designed the scheme for developer Regents Godiva, and were restricted by height limitations due to affecting views of historic buildings and daylight for adjacent residential properties. This means that the 5 block project varies in height between 4-9 storeys.

With a mix of studios, ‘twudios’ and cluster accommodation units, the student accommodation block provides a total of 772 bedrooms. Designed with a perimeter block to create a defined edge and shield from the noise and pollution of the nearby dual carriageway, the building also has a number of finger blocks that maximise daylight penetration to the interior spaces.

The development was constructed using a rapid erect, light-gauged, steel framed wall system with concrete floor slabs. The building was then sheathed in cement particle boards and our P-Clad system was installed onto horizontal rails. These rails were attached to the Nvelope helping hand bracket and vertical rail support system, which also incorporates an insulation element in the air gap behind.

We supplied circa 5350m² of P-Clad to the installing contractor Select Facades along with Michelmersh First Quality Facings brick slips that were specially cut to 25mm thick for the project, including corner slips and special angles. These were sent in staged deliveries over the course of 18 months.

Eurobrick was one of a number of cladding materials used to create the overall innovative design and eye catching exterior of Godiva Place, which offers an aesthetically pleasing and unique style of living to the students of Coventry University.

Project:

Godiva Place

Location:

Lower Ford Street, Coventry

Installer:

Select Facades Ltd

Requirements:

A flexible brick finish to be installed on-site

Solution:

P-Clad