Find an architect

High Performance Centre, University of Ulster

Antrim and Newtownabbey

Project Details

£5m to £9.99M

New Build

Practice

Samuel Stevenson & Sons

4 Greenwood Avenue , BELFAST , County Antrim , BT4 3HR

Care has been taken in the design of the Centre to avoid it dominating the existing University buildings yet allowing it to develop its own distinctive identity. The main hall is located in the centre of the plan allowing the roof to sweep down in a graceful curve over the two storey accommodation comprising changing rooms and offices on one side and the sprint track on the other. The entrance is highlighted by copper green clad fin walls which are angled to accentuate the dynamic quality and function of the building. Internally the building is arranged so that the reception area can be the single point of control for all activities within the Building. All changing accommodation is arranged in suites of different sizes on the ground floor. A hydrotherapy facility is located in the centre of the suite with direct access from two of the changing rooms. Sports Science accommodation is arranged on the ground floor in close proximity to the entrance. This comprises various consultation rooms together with more flexible Skill Assessment and Exercise Physiology areas. The main hall which is 60 x 40m and capable of sub-division is 11.5m high to the underside of the exposed curved cellular beams. A rubber crumb synthetic grass pitch is proposed with masonry block work perimeter walls. The hall is naturally ventilated with air intake grilles in the gable and high level fans. The athletics area provides for a 60m track incorporating long jump and pole vault pits. The area is naturally lit with an open aspect to the campus through continuous curtain walling. Both the pole vault and throws area occupy the higher part of the athletics area providing the clear height necessary to comply with international standards and outdoor provision. The Strength & Conditioning suite is sited on the first floor thus allowing it to optimise the advantages of the additional height available under the roof structure.