Located at the centre of the fastest growing community within B.C.’s fastest growing municipality, this facility is designed to accommodate both international swim meets and a wide variety of water-related community activities. The aquatic centre, with its dramatic suspended roof form, is the first project to be completed on the ‘super block’ that is destined to become a regional campus of health, wellness and sports excellence. In addition to its natatorium which houses a competition-sized lap pool and a leisure pool – both overlooked from the main lobby – the complex includes two hot pools, a sauna, fitness centre and poolside cafe.
Wood was chosen for the roof structure as it met several important design considerations, both architectural and structural. Wood structures have a proven track record in high humidity environments, as glue laminated (glulam) beam roof systems have often been used in aquatic facilities for their resistance to warping due to moisture. The natural appearance of wood also lends a warm atmosphere to facilities that, of necessity, have large areas of hard, impervious surfaces. For the suspended roof at Grandview Heights, glulam beams also offered the required tensile capacity, self weight and inherent stiffness required to resists wind uplift, when compared to the commonly used steel cable system.
The City of Surrey is committed to building vibrant, healthy, sustainable communities and as part of that goal we have a policy to consider the use of wood in our capital projects. Because wood is a sustainable local resource and provides a sense of warmth, it fits well with these City goals.”
– Scott Groves, Manager, Civic Facilities Division City of Surrey
Forest communities will see more jobs and opportunity from B.C.’s proactive adoption of building code changes that allow the safe construction of taller wood buildings.
The 2019 Wood Design Awards, hosted by Wood WORKS! BC, honours excellence in wood building and design.
Located in Surrey, B.C.’s fastest growing municipality, this facility with its dramatic suspended roof form is the first project to be completed on the ‘super block’ that is destined to become a regional campus of health, wellness and sports excellence.
People spend as much as 90 per cent of their time inside buildings, and for children, adolescents and an increasing number of young adults, most of this time is spent either at home or in school. Given this situation, the design of schools is of clear importance where wood plays a vital role.
Research on wood in the built environment, has been incorporated into Clean Energy Canada’s new report on public infrastructure: Building the Future. The policy primer looks at how smart decisions can cut pollution, save money, and support a clean economy.
Hosted by the University of British Columbia (UBC)’s Centre for Advanced Wood Processing (CAWP) and School of Architecture and Landscape Architecture (SALA), this technical workshop on robotic fabrication was held October 13 – 17 for students and practicing architects to share knowledge and experience with wood design experts. Using a state-of-the-art eight-axis industrial robotic work […]