PROJECT INFO
Building type:
Educational
Year:
2012
Project Status:
Built
Gross Area:
4400 Sqm
Certificates:
BREEAM 2008 UK Bespoke Excellent
Climatic zone:
Temperate
MY LAST SEEN PROJECTS
PROJECT DESCRIPTION
The Royal Welsh College of Music & Drama is Wales’ national conservatoire. The winning design of an international design competition, the project includes three performance and rehearsal spaces, teaching rooms, studios and library facilities and is set in a Grade I listed Royal Park.
Designed from the outside in, each performance space is conceived as a separate building. The drama building forms a new façade and the recital hall sits among the woods adjacent to the existing building. These two elements are unified by a single floating roof.
The new entrance to the college opens out on to stunning views over Bute Park and an arcade forms a new spine linking the whole functioning as exhibition space for the Design & Costume Department, whilst doubling as the ‘lungs’ for the scheme as its natural stack effect ventilates the public spaces.
AWARDS
Civic Trust Award 2012
Building Awards – shortlisted for Project of the Yea
SUSTAINABILITY FEATURES
Natural ventilation
Innovative cooling system
High efficient façade
Low-emitting materials and finishes
High efficient lighting
Smart design (passive design strategies)
Ground Source Heat Pump
Green or brown roofs
Daylighting maximised
SUSTAINABILITY STRATEGY
To achieve acoustic excellence and theatrical intimacy, architect BFLS designed the college from the inside out. The college’s internal spaces – a 450 seat concert hall, a 160 seat theatre, two rehearsal rooms, a foyer and café/bar – are expressed externally, creating a building of juxtaposed volumes and rich textures under a dramatically sweeping roofline.
The building’s architectural verve made it structurally challenging – its steel frame had to be tailored to constantly changing geometries while the roof juts beyond the building cluster in a daring 10m cantilever. Acoustic isolation of from the rest of the structure and the need to achieve the BREEAM Excellent sustainability standard added a further challenge.
Seamless co-ordination between all the disciplines was imperative for smooth delivery of this project. Performing arts buildings have large open spaces. Combined with the unique geometry of the building that means there’s a lot of structural steelwork doing unusual things. Although the college makes extensive use of natural ventilation, mechanical air handling is required to assure performer and audience comfort.
Mott MacDonald developed a 3D BIM model integrating architectural, structural and building services designs. As each discipline developed and refined its own component of the project the central structural model was updated. If a beam or column was moved and it clashed with an air duct or cable run, the model alerted the team, enabling the clash to be resolved then and there. Exceptionally for any project, let alone one of such complexity, no redesign was required to rectify clashes encountered during construction.
Source: Mott MacDonald
ENERGY DATA
Energy consumption:
N/A (N/A )
Consumption type:
Annual carbon footprint:
N/A (N/A )
Climate zone:
Temperate
Min. temperature =
+4.0
Max temperature =
+16.0
RH =
81.3
CLIENT
Client:
Royal Welsh College of Music and Drama
DESIGNERS
Architect:
Flanagan Lawrence
Architect:
CONSULTANTS
Acoustical consultant:
Arup Acoustics
Building services engineer:
Mott MacDonald
Cost consultant:
Davis Langdon
Lighting consultant:
Equation Lighting
Specialist consultant:
Theatre Projects Consultancy
Structural Engineer:
Mott MacDonald
Urban designer:
LDA
CONTRACTORS
Contractor:
Willmott Dixon
OTHER PROJECTS BY TEAM
SIMILAR PROJECTS
Chia, Cundinamarca, Colombia | 2013
49 Bow Rd, London E3 2AD, UK | 2013
Sydney NSW, Australia | 2015
Edinburgh Centre for Carbon Innovation, Edinburgh EH8, UK | 2013
Via Renzo Ildebrando Bocchi, 33, 43126 Parma PR, Italia | 2012
Heidelberglaan 8, 3584 CS Utrecht, Netherlands | 2015
Corso Venezia, 37047 San Bonifacio VR, Italy | 2012
Via Giuseppe Mazzini, 37047 San Bonifacio VR, Italia | 2012