Aerocoustics Engineering Limited services

Theatres. Concert halls. Opera houses. Recital studios. Our personal love for music, theatre and the experiences of both performer and audience have led us to become a leading acoustics engineering firm.

Aercoustics offers broad expertise in other scenarios where optimizing or enhancing sound is critical, from IMAX cinema design, to institutional buildings like university lecture halls and the Canadian House of Commons in Ottawa, to radio and TV broadcast studios, to healthcare facilities, research facilities, and more.

Environmental noise studies to support Certificate of Approval applications. Acoustic audits. Ambient and community noise monitoring. Power generation – cogen plants, wind power plants, solar farms. Industrial – manufacturing, pits and quarries, landfills, power generation, etc.. Institutional – hospitals, schools and universities. Office and commercial buildings. Recreational – stadiums, theme parks, racetracks, nightclubs and outdoor concerts. Transportation – train and transit lines and terminals, airports and aircraft, shipping terminals (land or sea). Environmental noise impact studies. Noise abatement plans. Facility design and engineering. Noise control design/selection. Flow Induced Noise (FIN). Cadna/A noise dispersion modeling. Aercoustics active noise cancellation systems.

Special room acoustics – e.g. meeting and A/V conferencing rooms. Office planning – open concepts and “green buildings”. Rooftop equipment, mechanical rooms, backup generators. HVAC review, design and mitigation. Flow Induced Noise (FIN). Computational Fluid Dynamics (CFD).

Sound pressure and intensity analysis. Inflow measurements. Interior background noise measurement. Environmental long-term ambient monitoring. Infrasound (subsonic) measurement, including industrial and natural phenomena.

Performing arts centres and public institutions. Research facilities. Residential developments. Industrial – e.g. heavy machinery, blasting. Transportation – rail and subway lines. Construction – e.g. vibratory hammers, pile drivers, blasting. Human and environmental impact studies. Structural damage studies. Mitigation recommendations and designs.