![Michael Baker Boathouse / Associated Architects - Waterfront](https://images.adsttc.com/media/images/518d/1ffb/b3fc/4b91/6300/007f/newsletter/Boathouse03MHK.jpg?1368203247)
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Architects: Associated Architects
- Area: 772 m²
- Year: 2012
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Photographs:Martine Hamilton Knight
![Michael Baker Boathouse / Associated Architects - Windows, Door](https://images.adsttc.com/media/images/518d/1fcc/b3fc/4b91/6300/007c/newsletter/Boathouse08MHK.jpg?1368203205)
Text description provided by the architects. Associated Architects’ second ten-year Masterplan for King’s Worcester included rebuilding the Boathouse, which was previously a small and unsightly 1950s building. The site is a focal point in the Masterplan, Conservation Area and in the Worcester City Council / Sustrans Worcester Riverside project. On the line of the old city defences, it is at the edge of the historic city core which has a rich history including Norman and medieval archaeology. The Masterplan proposal to create a striking modern building was welcomed by Worcester City Council planners.
![Michael Baker Boathouse / Associated Architects - Image 12 of 14](https://images.adsttc.com/media/images/518d/1fe4/b3fc/4b91/6300/007e/newsletter/Sections.jpg?1368203227)
The existing ground floor footprint is increased by 60% to provide storage for all the School’s considerable fleet of rowing boats and sculls. The site is subject to regular flooding, so this floor’s construction internally and externally is robust fair-faced brickwork growing out from the line of the historic brick embankment. Reflecting the elongated form of the building, the new wall is built with double-length bricks.
![Michael Baker Boathouse / Associated Architects - Windows, Brick, Facade](https://images.adsttc.com/media/images/518d/1fe3/b3fc/4bd5/cd00/0076/medium_jpg/Boathouse05MHK.jpg?1368203230)
By contrast, the lightweight upper floor floats above the retaining wall and flood plain. It provides changing, teaching and a school / community training and reception space, with dramatic views up and down the River Severn from a new glazed and cantilevered prow. This and the gently curving plan, following the historic defensive line, give the building a distinctive modern presence on Riverside Walk.
![Michael Baker Boathouse / Associated Architects - Handrail, Beam](https://images.adsttc.com/media/images/518d/218a/b3fc/4b91/6300/0080/medium_jpg/Boathouse10MHK.jpg?1368203652)
The upper floor overlooks the historic Creighton Memorial Gardens, previously an under-used part of the School grounds. The scheme creates a new route to the Boathouse through the Gardens, which is much more direct, wheelchair friendly, and improves security: the previous Boathouse was isolated and accessible only from outside the School grounds. A new garden terrace and windows north focus views to the twin Worcester landmarks of the Cathedral and St Andrew’s spire.
![Michael Baker Boathouse / Associated Architects - Image 14 of 14](https://images.adsttc.com/media/images/518d/1fc6/b3fc/4bd5/cd00/0074/newsletter/Exploded_Axon.jpg?1368203198)
Fine sweet chestnut timber laths cloak the upper volume, weathering down to a natural silvery-grey colour in keeping with the sensitive historic context. Rather than running horizontally, the laths are set at a shallow angle to enhance the dynamic form of the building. The interior is panelled in ice-birch over timber I-beams, facilitating airtight construction and rapid thermal response for multiple uses. The roof is traditional standing seam terne-coated stainless.
![Michael Baker Boathouse / Associated Architects - Windows, Facade](https://images.adsttc.com/media/images/518d/1fd8/b3fc/4bd5/cd00/0075/newsletter/Boathouse07MHK.jpg?1368203219)
Sustainability is a central consideration in the brief and design. Solar electric and hot water roof panels meet much of the building’s energy needs in summer, and make a useful contribution in winter. The construction uses the principles of Passivhaus design with triple glazing, super-insulation and air-tightness. These measures, coupled with a wood-pellet boiler, give environmental performance to EPC A, approaching zero carbon standards.