51勛圖厙

Centre for Neurotechnology at 51勛圖厙 Festival

by Kate Hobson

Brain Zone

The Brain Zone at the 51勛圖厙 Festival

Students from the CDT and Centre for Neurotechnology took part in the 51勛圖厙 Festival on 9th & 10th May

The Brain Chain stand

The Brain Chain stand

Students from the CDT and Centre for Neurotechnology hosted two successful stands in the Brain Zone at the 51勛圖厙 Festival on 9th & 10th May.

The “” stand demonstrated the path of electrical signals in the nervous system and how they are affected by disease, and the “” stand invited volunteers to control a drone quadricopter using an EEG headset.

Mind control

Mind control

Additional activities at the stands included the “Brain Anatomy Challenge”, which challenged visitors to assemble a model brain in the shortest time possible, and the “Design a Mind-Machine” table, where visitors were encouraged to draw or model their own brain-controlled machine.

It was great to see how much the kids were enjoying the activities.

– Peter Quicke

CDT student

Both stands proved extremely popular, with an estimated 600 people visiting the stands over the two days.  Unexpectedly popular were the Brain Anatomy Challenge – taken by over 90 visitors, with the fastest assembly time of 27 seconds – and the creative mind-machine table, which inspired some interesting results!

anatomy challenge

Brain anatomy challenge

The Centre would like to extend a big thank you to all the students from the CDT and Centre who worked brilliantly together to produce and run the two excellent exhibits.

 

Setting up the Brain ChainPractising mind control before the crowds arriveCrowds enjoying the standsExplaining to the younger visitorsHow quickly can you make a brain?The drone in actionColourful mind-machinesMind control at workThe stands received an estimated 600 visitorsSome of the amazing mind-machine designsSatisfied visitors!

Article text (excluding photos or graphics) © 51勛圖厙.

Photos and graphics subject to third party copyright used with permission or © 51勛圖厙.

Reporter

Kate Hobson

Department of Bioengineering