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Case Study

Squint Lake Park Pickleball Courts

Location

Burnaby, BC

About This Project

Squint Lake Park is a public park in Burnaby that includes pickleball courts for community recreation. As part of planned improvements to the park, the City of Burnaby proposed installing an acoustic barrier to help reduce noise transmission from pickleball activities to nearby residences.

We were retained to assess the effectiveness of the acoustic barrier after installation. Our work focused on measuring noise levels before and after the barrier was installed, comparing the results, and providing an initial technical assessment of the barrier’s noise reduction performance.

Scope of Services

To evaluate the effectiveness of the acoustic barrier, we delivered the following scope:

  • Pre-installation noise measurements: We performed attended short-term noise measurements while the pickleball courts were in use before the acoustic barrier was installed. The City of Burnaby coordinated with local players to ensure the courts were fully occupied during the measurements.
  • Post-installation noise measurements: We conducted attended short-term noise measurements at the same locations after the acoustic barrier was installed while the courts were again in active use, providing consistent conditions for comparison.
  • Comparison and performance assessment: We compared the measured noise levels before and after installation to evaluate the effectiveness of the acoustic barrier. Where appropriate, We also provided comments on potential improvements related to the barrier installation.
  • Technical reporting: We prepared a technical report summarizing the measurement approach, findings, and initial assessment of the acoustic barrier’s performance. The scope included one round of review comments from the City of Burnaby and revisions to the final report.

Project Benefits

By carrying out measurements before and after the acoustic barrier was installed, we provided field data to support an objective evaluation of the barrier’s performance under normal operating conditions at the pickleball courts.

The work helped the project in the following ways:

  • Providing a consistent basis for comparison: Measurements were completed at the same monitoring locations before and after installation while the courts were in active use. This created a consistent basis for comparing the results and evaluating the barrier’s performance.
  • Collecting objective technical data: Measurements were completed using professional instrumentation and established measurement procedures, helping assess the effectiveness of the noise mitigation using field data.
  • Informing future technical decisions: In addition to documenting the measurement results, we provided preliminary comments on potential installation improvements where appropriate, helping inform future technical review and decision-making.

Working closely with the City and using real-world, site-specific data, we evaluated the acoustical benefits of a pickleball noise barrier. Our team deployed a proven assessment methodology, based on our experience on past pickleball projects, and gathered objective measurement data that helped inform the City’s decision-making process.

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  • Headshot of Brigette Martin
    Brigette Martin

    P.Eng., WELL AP

    Technical Director, Sound and Vibration Measurements

    Headshot of Brigette Martin

    Brigette Martin, P.Eng., WELL AP

    Technical Director, Sound and Vibration Measurements

    Brigette Martin graduated from the University of Canterbury in New Zealand with a bachelor’s degree in mechanical engineering in 2009. Before joining BKL in 2015, Brigette worked as an acoustic consultant on various building and environmental projects throughout New Zealand and Australia.

    Brigette has extensive experience with environmental noise including assessing noise impacts and designing noise mitigation for gas compressor and pump stations, power generation sites, port terminals, and transformers sites; modelling construction noise, and developing construction noise abatement and management plans; designing noise controls and preparing noise management plans for mines and quarries; and monitoring benchmark noise, developing 3-D noise models, and designing noise walls for road infrastructure projects.

    In the area of building acoustics, Brigette has been involved in numerous projects and has consulted on sound insulation and mechanical services design, as well as controlling external noise intrusion and reverberation noise levels, and optimizing speech clarity for critical spaces.

    Over her career, Brigette has gained experience with a wide range of technical equipment and software including Insul, SoundPLAN, Cadna/A, SONarchitect, Brüel & Kjær analyzers, and numerous other sound level meters.

    Brigette has also developed and presented training courses for using acoustical software and sound level meters for acoustical engineers and clients throughout New Zealand and Australia.

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