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Building Awards 2016: The winners revealed

Published on 23 November 2016 at 09:59

The Building Awards reward excellence and outstanding performance in the UK Construction Industry. To view all winners click here: http://www.building-awards.com/2016-winners/

AIS are pleased to say they provided Building Regulations Approvals for Shaftesbury Theatre, Winner of Category: Small Project of the Year (up to £5m).

The project entailed building a 35-tonne capacity flytower plus offices and plant on top of an existing theatre that had to remain operational at all times. Shaftesbury Theatre is a prominent listed building with an ornate terracotta façade. The serrated shape of the flytower box forms a dramatic angular volume on the skyline and is fabricated from panels of weathering steel, complementing both the terracotta and the adjoining building’s faience and brickwork.

The grade II listed theatre dates from 1911 and was the last and most northerly of Shaftesbury Avenue’s venues to be completed. Under its current ownership it has built a reputation as a receiving house for large-scale musical theatre, but with the technical demands of productions increasing, the existing timber-framed flytower was increasingly seen as a limitation on the commercial potential of the venue.

A structural solution was devised which would enable a new flytower with a 35-tonne scenery capacity, and much-needed office space to be built. Straddling the existing stage on four steel columns, it had the potential to be independently built above the existing flytower roof, allowing the theatre to operate below during much of the construction period. However, the listed status of the building meant that an innovative architectural solution was demanded which would accommodate the significant new volume whilst complementing the theatre and its setting.

The form of the building was developed in order to create a distinctive contemporary intervention on the theatre’s skyline. With the volume and height fixed by technical constraints, a serrated form was developed which would accommodate windows, smoke vents and other technical requirements within a unified geometry of angular planes.