 It was very hot for the spectators and I think the athletes weren't too bad, they didn't mind it, but when they tried to satisfy the spectators and then the athletes were affected. Peter Viles from Goldock contacted Griffith looking for someone to do some computational fluid dynamics simulation of the velodrome, although I thought it was to install some fans inside the velodrome and to try and use those fans to make it comfortable for the spectators without interfering with the athletes on the track or the cyclists. Once he broke you down kind of told us what the possible solutions could be then with the help of the Goldock team I knew would be able to solve it. I had an advantage already especially using fundamental principles of heat and mass, transfer thermodynamics and applying it to to the velodrome. Unknown to them they they did have a good skill knowledge already from thermodynamics heat transfer. If we increase the temperature of the air keeping the pressure the same we'll reduce the density and therefore reduce the drag. Air circulation, air density plays a huge part and we're very fortunate to live in Queensland where we have really hot weather. It feels effortless and it feels like you're just moving so fast and so fluid. An internship at Goldock really puts you above other graduates because not many graduates can say they've been a part of the 2018 Commonwealth Games.