I have recently completed a couple of readings about equity. I was surprised about where they took my thinking.
Expected ‘learning’: Equity comes up when discussing physical access to technology.
It is worth doing at least one of the readings for yourselves. I would start with Jenkins (2006). It is well written and practical. These are very brief summaries of my (possibly incorrect) learning. Take on board with caution! Continue reading
Here is the promised and modified slide show.
Recently I raised the issue of the acoustics hindering learning in a particular room. It has nothing on the wall to absorb sound due to its previous purpose and use. Sound was not an issue because of how it was being used. In its present iteration as a small & large group teaching room, acoustic difficulties have arisen.
As addressing this issue properly has considerable financial implications due to its large wall space, I was tasked with collecting some research on the matter and putting together a proposal.
My main discoveries of interest (based on academic research – authors to be attributed – refer below) were that:
- Sound does have an impact on learning
- The ability to distinguish and interpret sound continues developing until a child is about fifteen
- Decibels are actually measuring the sound pressure in a room
- The signal to noise ratio (SnR) and reverberation rates of the sound is almost more important than the actual decibel level in a classroom (namely because the volume of the speaker doesn’t matter if too much noise interferes with the speaker’s sound reaching me, or by the time the speaker’s sound reaches me it has mostly disappeared).
- Just speaking louder makes it harder for people to hear because of overemphasising either the consonants or the vowels – no wonder they say shouting doesn’t work!
I discovered in the room where I work that:
- There were particular hotspots that were hard to hear in
- Although initial data suggested that one subject was worse for hearing during than others, action and later data showed that it was more about what other sounds were in the room (made by students – generally on task and engaged)
- The children were fascinated with the notion that one could measure sound
- The same volume occurred in two rooms, with less than half the number of students working in a quieter fashion in one compared to the other.
- Although three different rooms measured the same in decibels, the one without any soft materials on the walls was substantially harder to hear in (when considering perceived noise levels).
I will attach a version of the slide show tomorrow (or whenever I finish getting the reference list together) for those who are interested in the details of the research.
This is actually just amazing. Think of the dance or music that could be inspired by this!
Edited time lapse sequences of the sun’s atmosphere observed by the Solar Dynamics Observatory spacecraft between 2011 and 2015, provided by Michael König. So stunningly beautiful, and yet so deadly. That’s hot. (Go full screen!)
via Four years of the sun in four minutes. — Manuscript. Head. Drawer.