Additionally we completed external landscape works and a multi-use games area (MUGA), to facilitate outdoor learning and physical activity.
Throughout the project our design teams frequently implemented measures to provide an efficient and user friendly school. For instance, our skilled Structural Engineers opted for a Structurally Insulated Panel System (SIPS) to form the main structure of the school. The benefits of this Modern Method of Construction (MMC) include its time and cost effectiveness. In addition the accuracy in fabrication of the SIPS as well as high levels of insulation allows for improved air tightness and thermal efficiency reducing energy costs for the school.
During the design stages, our architectural team made use of a 3D modelling system to allow for co-ordination and clash detection, to enhance the quality and accuracy of their design. This included importing the information provided by the SIPS manufacturers into the 3D model to assist in developing an accurate design for the interior of the school.
A further notable element of the design, implemented by our Mechanical and Electrical Engineering team, included a hybrid ventilation system in the form of Mechanically Ventilated Heat Recovery Units. This system draws in fresh air from the outside and heats and circulates this around the room. The benefits of such a system are that it provides fresh air, without having to rely on natural ventilation such as opening windows, enhancing the internal comfort for students and staff. As well as this, to ensure the sustainability of the school LED lighting and absence sensors were installed throughout.