Pinpointing and Solving Acoustic and Vibration Challenges for Better Building Performance

Noise and vibration can quietly undermine a building’s comfort, functionality, and value - until they become big, costly problems. Our noise and vibration analysis services identify sources, map transmission paths, and assess impacts using precise measurement tools and advanced modeling. From performance halls to hospitals and laboratories, we deliver tailored, effective solutions that enhance acoustic quality, protect sensitive equipment, and improve the experience of every occupant.
Service Specifics

Our Noise & Vibration Analysis Services

See how we help clients diagnose and resolve acoustic and vibration issues before they affect performance or comfort.

Measure and analyze sound transmitted through air and building structures to pinpoint issues.

Evaluate vibration sources, frequency ranges, and effects on people, structures, and sensitive equipment.

Simulate noise and vibration behavior in planned or existing spaces to test solutions before implementation.

Develop targeted recommendations including sound isolation, damping systems, equipment adjustments, and layout modifications.

Validate that spaces meet intended acoustic and vibration standards after project completion.

Noise & Vibration Analysis FAQ

Noise and vibration analysis evaluates how sound and vibration are generated, transmitted, and perceived within or around a building. The goal is to identify sources, understand their impact, and recommend solutions to achieve desired acoustic performance.

Poor control of noise and vibration can reduce comfort, impair communication, damage sensitive equipment, and even affect structural integrity. Analysis ensures that design and construction decisions support the intended function and quality of the space.

This service benefits performance venues, offices, hospitals, laboratories, residential developments, schools, and any building where sound clarity, privacy, or vibration control is critical.

We use specialized measurement equipment and predictive modeling to assess both airborne and structure-borne noise and vibration. This includes identifying problem frequencies, transmission paths, and potential mitigation strategies.

Depending on findings, solutions may include modifying building layouts, enhancing sound isolation, adding vibration damping systems, adjusting mechanical equipment placement, or refining construction materials and assemblies.

Explore Our Built Environment Expertise

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