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Acoustic engineering software for TPA and noise-emission modelling

Full-stack commercial software for acoustic analysis, model comparison, and validation.

C#/.NETReactAcoustic softwareValidationTechnical users
Vehicle in an engineering inspection chamber representing commercial acoustic modelling workflowsProfessional work
Illustrative photography · KJ Brix / Unsplash

The problem

Acoustic engineers needed clearer workflows for comparing measured and predicted results in TPA and noise-emission models.

My contribution

  1. 01

    Reduced fragmented expert tasks into guided workflows connecting import, analysis, model comparison, and validation.

  2. 02

    Built full-stack product functionality with C#/.NET, React, and FastEndpoints.

  3. 03

    Made measured-versus-predicted results easier to inspect across spectra, spectrograms, phase, and model views.

  4. 04

    Worked with product, design, architecture, application engineers, and acoustic specialists.

Technical approach

  1. 01

    Translated specialist tasks into guided product workflows.

  2. 02

    Kept measured and predicted data visible during comparisons.

  3. 03

    Supported releases with automated tests, CI/CD, and documentation.

How I checked it

  1. 01

    Automated tests for comparison and validation paths.

  2. 02

    Workflow reviews with acoustic experts and application engineers.

  3. 03

    Checks for consistent terminology and UI states.

Discuss this work.

I can share additional context about the engineering decisions and my contribution where confidentiality allows.

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