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by atoav
6 days ago
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I guess in my case it has to do with the aspect that I am teaching Media Technology and Electronics in an Art university. The students studying here are the 5% that made it through the selection process, but math and physics aren't typically a big part of that. Meaning it is kind of like teaching a language in a engineering school: sure it is needed, but you can't just go all hardline on your requirements if you teach that class, otherwise you're going to lose everybody, because someone who studied engineering may have done so precisely with the background that they were bad with languages during school. Same here. Art students are generally not the abstract maths type (although there are exceptions). My goal is to teach them at least that maths can be a very good tool in their belt if they want to know how things will work out before put into reality. I still try to demand a lot of the students and they will certainly leave better educated than they entered. I just have to do it more in a boil-the-frog-way, presenting math as a way that allows us to avoid having to do unnecessary work or spend unnecessary money. This works pretty well. I could of course also do it like my predecessor and just do a lecture on the physics of light, writing down equations nobody will understand and then have 90% fail and curse at my existence. But I don't really see the point of why I would want to do that in terms of the outcome. |
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Perhaps what you are trying to get at is that those who identify as students in a university are generally already open to learning? It is unlikely they would be there otherwise. Whereas of the people on the assembly line, only some will accept you trying to teach them something. Fair to say that the reality is also that not everyone wants to learn.