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Geonoise Academy
Noise modelling with SoundPLAN for industry (1-day foundation course)
A noise model is what lets you answer what the level will be at the site boundary before the machinery is installed. This is a full-day workshop where you build one yourself: importing site data into the Geo-Database, placing sources, calculating as a grid noise map, a cross section and receiver points, and producing graphical output that can go straight into a report.
- Format and duration
- 1 day · 09:00–17:00 · Hands-on workshop, limited places · Participants bring their own laptop
- Who it is for
- Industrial and environmental noise practitioners, noise consultancies, plant designers, environmental noise engineers, safety officers, and anyone running a noise impact study.
What the course covers
- The noise fundamentals a model actually depends on
- Importing data into the Geo-Database
- Calculating as grid noise map, cross section map and receiver point
- Graphical output
- Workshop: build a model yourself
Standards referenced
Outdoor sound propagation calculated to ISO 9613-2.
Ask for dates and a quote
Available as a public course and as an in-house programme. Tell us the headcount and the kind of work you do, and we will come back with dates that fit.
FAQ
Do I need a SoundPLAN licence first?
No — a training version is provided on the day. You do need to bring your own laptop, because you build the model yourself throughout.
Is it suitable if I have never used modelling software?
Yes. This is the foundation course. It starts from what a model is and how to prepare data, not from an assumption that you have used one before.
Is there anything more advanced?
Yes — a 3-day SoundPLAN basic training and a 2-day advanced course covering advanced data handling, directivity and advanced graphics.
Other courses
- Basic Noise (half-day course)Noise fundamentals and how to use a sound level meter properly, for people who take the measurement themselves.
- Basic Noise for industry (full-day course)From measuring correctly to locating the source, mapping the noise, and choosing a control that actually works.
- Noise contour mappingProduce a noise map that reads clearly and stands behind the report it is attached to.