CAS Reflection (Creativity): Sumo Robotics – 2
After several sessions of the activity, we noticed that no one in our club actually has sufficient coding experiences to code for such complicated, fully automated robot by themselves, and we started to wonder if this is really going to be a wise idea to continue doing the same project when we made barely any progress in terms of coding. We were all passionate and motivated at the start when we were coding for the very basic movement of the robot and building the prototype with cardboards, however as this adding on of new features such as adding another automated servo that will attach onto offensive parts, I was absolutely clueless how I should edit my code. I have made hundreds of attempts to try and get the new code working, and every time I pressed the “Verify” button to check if the code works, I was faced with different error messages which slowly drained my motivation to work. Similar was happening to all the other members, so we decided that we need to discuss this issue and find out the possible solution, as I and the others did not want to just give up this easy and dispose our few months effort into bin simply because we were faced with an obstacle (LO4). Fortunately, through the discussion, we concluded that we should change our project to substituting our Arduino robot with this new robot kit that already contains pre-made exterior parts hence we can make in less than an hour, and also has minimalistic coding system that does not require complex coding skills to get the parts moving (LO3). I was extremely glad about this change, as this would make my learning of coding skills in this club much more efficient, knowing that I do not have to waste so much time simply trying to figure out what each line on Arduino means and asking people around. Therefore, this will open up a better and easier pathway to learn new lessons without ruining the goal of our activity.
New MOVEmini Kit from microbits: Kitronik and its internal components