Residential

Suitably low noise and vibration levels are fundamental to quality of life and health of future residents. Our input can be as early as feasibility stage to review layout options and assess whether a site can be appropriately designed so that noise is controlled from any noise sources affecting the site.

As part of the planning application, we would assess noise and vibration in accordance with the Noise Planning Policy Framework, Noise Policy Statement for England, Planning Practice Guidance and any other relevant guidance documents.

Internal noise levels will typically be assessed in accordance with BS 8233:2014 when reviewing environmental noise sources to determine any façade and ventilation requirements to control noise.

Overheating control in terms of noise is also reviewed with reference to Approved Document O and the AVO Residential Design Guide. We also assess external noise levels within garden or similar amenity spaces to determine what measures may be required to control noise.

Beyond planning we are highly experienced in the detailed acoustic design for Approved Document E with subsequent sound insulation testing, in addition to expert witness reviews, input into planning appeals and assessing vibration impacts.

Example projects

Land at Café Field, Puckeridge
Planning assessment of noise from local road network to proposed residential housing development.
472-474 Banbury Road, Oxford
RIBA Stage 4 design for the construction of new boarding house.
Mystery Noise Investigation, Edinburgh
Forensic vibration measurements across the facade and roof of a newly completed residential block to establish the cause of a mystery structureborne noise.
Deepcut Barracks Development
Support of reserved matters application across multiple parcels with survey, modelling, and façade mitigation strategy for a major residential redevelopment.
Mareterra, Monaco
Design evaluation of façade sound insulation.
Queniborough Lodge, Queniborough
Discharge of planning condition for large residential development through survey-led noise assessment and specification of mitigation measures.