Chapter 4 Wearthlete
4.1 Current measures
MOE tries to tackle these problems via education and trainings. Safety training and support are in place to enable teachers-in-charge of CCAs to play a stronger role in ensuring school sports safety. MOE also enhances the recruitment and training of new Physical Education (PE) teachers, and deployment of qualified PE teachers to sports CCA. This way, this would raise awareness of the teachers-in-charge allowing them to notice any signs of injury, decreasing the chance of SAs playing through injury. Safety guidelines have also been put in place to ensure the safety of SAs by MOE.

Despite doing so, if the teacher fails to notice signs that students are playing through injury, the student would still be allowed to compete, …show more content…
Wearthlete will have a LED strip which has three specific colors, green, blue and red, from the least to the highest pain intensity respectively. These three colours are chosen because they are the three basic colors. When the player is injured, the frequency of the brain wave will be slower than normal, thus this will be detected by the sensor. There will be two versions, one for the SAs and another for the coaches. How does the sensor technology work?
Body wave uses brain energy as a field of energy much like a radio tower broadcasting through the body. At the back of the unit, there are three sensors where the field of energy is transmitted over the body. Skin is able to pick up the brain signal over the body via the three sensors. When the athlete is in a match, there is delta wave in his brain, with a frequency between 25 and 100 Hz, though 40 Hz is typical. If the player gets injured, the brain wave will be lowered according to the pain intensity of 0.45- 10Hz, a neural signal that correlates with the amount of pain that he feels. The more pain that is experienced, the longer the waves