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    3D environmental sound field auralisation - feasibility, development and business case (redacted version) (2021)

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    Woods, A_2021.pdf (1.336Mb)
    Type of Content
    Theses / Dissertations
    UC Permalink
    https://hdl.handle.net/10092/104395
    http://dx.doi.org/10.26021/13492
    
    Thesis Discipline
    Engineering Management
    Degree Name
    Master of Engineering in Management
    Language
    English
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    • Engineering: Theses and Dissertations [2975]
    Authors
    Woods, Anna June Thompson
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    Abstract

    Environmental noise auralisation has the potential to improve communication between acoustic consultants and clients, project stakeholders and the community. This audible demonstration of the future sound environment enables non-technical stakeholders to experience proposed changes to the project site and surroundings realistically. Through the development of an environmental noise auralisation tool, context analysis, stakeholder interviews, and a business case, this report establishes that using environmental noise auralisation for community consultation is possible. For Marshall Day Acoustics’ Christchurch office, there are potentially XXX projects per year that would use environmental noise auralisation. Auralisations are most accurate when presented in a controlled environment, so investment in a Listening Room would be necessary to provide this service to clients alongside further development of the prototype tool. Cash flow calculations for this investment incorporating XXX projects per year with a fixed fee of $XXX, estimated a 20-year net present value of $ XXX and a worst-case net present value of $ XXX. The project has an estimated present value index of $ XXX, representing a $ XXX return per dollar invested. Considering this financial return and the project’s alignment with MDA’s strategy and capabilities, the development of the environmental noise auralisation tool and the Listening Room is recommended.

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