University of Exeter – Multi-Faith Centre

A zero-carbon Passivhaus hub fostering faith, community, and connection with nature
Education
Exeter
2024

Bringing together people of all faiths, the new Passivhaus multi-faith centre at the University of Exeter was designed to foster understanding, reflection, and community. Working as part of a multi-disciplinary team, SDS helped deliver a sustainable and inclusive design that connects occupants to nature through materiality, light, and landscape.

SDS were instructed as part of a multi-disciplinary design team to develop a Passivhaus multi-faith centre for the University of Exeter. The centre was designed to provide a cohesive set of facilities for the chaplaincy team and other faith groups, encouraging community, discussion, and mutual respect among different faiths. The design connects the building to its natural surroundings through framed views and natural materials, while showcasing zero-carbon sustainable design as an educational tool. The project progressed to RIBA Stage 3.

  • Designed through the architectural RIBA stages of work.

  • Reduced energy in use through Passivhaus-type calculation methods, advising on thermal bridging and minimising heat transfer.

  • Optimised the façade, enabling testing of window and glazing types, fabric air permeability, and potential for natural ventilation.

  • Tested different building forms to assess passive reduction in solar gain.

  • Conducted overheating risk assessments and thermal comfort studies.

  • Carried out energy compliance modelling and thermal bridging calculations and assessments.

  • Undertook low and zero carbon energy assessments.

  • Collaborated closely with the project design teams to deliver an integrated, coordinated approach.

  • Developed fully coordinated 3D designs using Autodesk Revit to enhance accuracy and efficiency.

  • Communicated low-energy design principles clearly, including BREEAM, Passivhaus, and Part L2 compliance measures.

  • Reviewed building fabric, room data sheets, and energy-efficient systems early in the design process to optimise performance outcomes.

  • Implemented a clear, structured design process to minimise rework and maintain programme efficiency.

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