https://www.youtube.com/watch?v=yoPfbBsY1Z0
Interview with Nadine about Classroom Acoustics at #Edutech

https://www.theeducatoronline.com/k12/news/how-classroom-acoustics-impact-learning-outcomes/259959

Covid – 19 turned some of us into instant homeschoolers overnight and not by choice. Homeschooling and working from home seemed at times simply impossible. We put together some tips gathered by fellow mums for recent article featured on Tutors Field.

Read the full article here: Home Schooling Tips when Home Schooling isn’t your choice

How quickly we have gone from collaboration to isolation

It’s important to know that noise is not just distracting – it can severely impede learning.

Poor acoustics in the classroom can have a significantly negative impact on “Speech Intelligibility” – the ability to clearly hear and understand the speaker. Children must be able to hear and understand what is being said in order for learning to occur.

The impact of poor acoustics varies and is largely dependent on the age of the child. For younger children who do not have the vocabulary or the maturity to understand how a conversation should unfold, filling in the gaps can be next to impossible whilst noise in general can create much stress for children of all ages in a learning environment. For all inclusive schools an even greater emphasis on acoustic control is required, as special needs children require higher quality auditory environments.

To fulfill the role of learning environment, classrooms should have acoustic properties that allow at least 90% of all useful information leaving a talker’s mouth to reach the ear of listeners.

ACOUSTIC RECOMMENDATIONS

AGE BACKGROUND NOISE
(Occupied)
AMBIENT NOISE
(Unoccupied)
REVERBERATION TIME
(Unoccupied)
6-7 years < 45 dBA < 28 dBA < 0.4s
8-9 years < 47 dBA < 35 dBA < 0.4s
10-11 years < 50 dBA < 39 dBA <0.4s
12+ years < 50 dBA < 40 dBA <0.4s

IDEAL SPEECH TRANSMISSION INDEX (STI) RECOMMENDATIONS

AGE GROUP STI
6-7 years <0.75
8-9 years <0.75
10-11 years <0.75
12+ years <0.75
Hearing/language Impaired <0.75

https://www.youtube.com/watch?v=yoPfbBsY1Z0 Interview with Nadine about Classroom Acoustics at #Edutech…

https://www.educationtoday.com.au/news-detail/Collaboration-while-distancing-4930

The Side on Divider has become very popular in recent years due to the fact that it simply slides on when you want to divide up the desk but can be taken off just as easily to open up the office for a more collaborative vibe.

Things to consider before placing an order for a slide on divider (also known as a biscuit divider for some reason)

The thickness: Slide on Dividers comes in a variety of thicknesses. Mumble manufacture slide on dividers in 18mm thick and 24mm thick. The thickness of the diver provides the stability so there isn’t too much flop. Both the 18mm and 24mm are sufficiently stable so the choice between the 2 thicknesses will come down to look and budget.

The height: In general you can pretty much the slide on divder as high as you like above desk height but we would not recommend over 700 high as this can start to impact stability of the screen and make them appear to be to top heavy. Best practice would be to sit at desk with a ruler or tape measure to see how high you need it to be for complete privacy from your neighbour next door or how high it needs to be if you still want to be to peak over. ( In Covid – times , most people opt for more facial coverage)

The depth: The depth of the slide on divider is pretty much dependent on the depth of your desk. Whilst you could get away with a shorter divider , you don’t want it to be too long that it hangs over the back. Most desks range between 600 and 900mm deep.

Location of any beams or frames on the desk: This specification is probably the most important. Most workstation desks have a beam running between the legs to provide support for the top. In order to ensure the slide on divider actually slides on, the measurement between the edge of desk and beam needs to be determined and the slide on under side adjusted to ensure it does not hit the beam when slid onto the desk top.

On the odd occasion the desk may actually have a box frame in which case a slide on divider would not be suitable and you may want to opt for a on desk divider which needs to be drilled in.

Desk top thickness: To prevent a loose fit, the desk top thickness needs to be confirmed. In Australia most desks are a standard 25mm thick, however in the US desk top thicknesses vary greatly. If the slide on screen is cut to big, the screen will be loose it will flop to the side; if cut to small it may not slide on at all.

If you want an overhang: An often forgotten specification. If you want to create more of a nook type feel, be sure to advise us so that we can create more of an overhang at the front of the desk. In other words, you will have more privacy coverage along side your seat too and not just on the worktop.