I gave my students a take home exam over spring break. (This is normal where I teach) One of the questions was particulary difficult. It came down to a factor of three in the solution. That factor inexplicably appeared with no justification on many of their exams. I intend to have the students I suspect of cheating come to my office to solve the problem on the board. What would you do?
Edit: I gave them the Tuesday before spring break until the Thursday after. I didn’t want it to be right before or right after.
When I say normal I mean giving take home exams.
I appreciate the feedback. Even the negative feedback. You guys really think I’m some kind of asshole 🤣. I typed this from my phone in bed, so now that I’m at a keyboard, let me explain fully.
When I said I gave the exam over spring break, I didn’t mean it began at the beginning of spring break and ended at the end of it. That time was available for them to work on it. When I give exams, I give them a little over a week. From Tuesday to Thursday the following week. In this case, it began the Tuesday before spring break and ended the Thursday after. The reason I did this is because, like many of you, I remember papers being due immediately before or right at the end of breaks. By saying I gave it over spring break, I meant I gave them plenty of time.
I am very clear what is and is not permitted for an exam in my syllabus. They get an equation sheet, the allotted time, and they can work with a partner. Nothing else. Except for AI in which case they must screenshot everything. This is mostly for my curiosity. It still doesn’t work for physics.
When I say normal at my institution, I mean to give a take home exam. I wasn’t deviating from the norm by doing this, and it is the way I typically do it. As we have all experienced, you may have a day when you have 3 exams. Maybe that happens to only a few students. It disproportionately effects them. Giving this time, they can work it into their schedules.
So what did I see that constitutes cheating? It’s very clear to me that the students used solutions from Chegg and/or other sites. If you’ve done this sort of thing with code, you know that folks will change the names of the variables, but not the structure or logic. It reads exactly the same. That was the case here. A few students were so (hilariously) guilty of cheating, they actually rewrote the solution to a similar, but different problem. Those problems had a different number of parts!
This is not my first time doing this. I’ve done this at several other universities. In those cases, I didn’t have the issue of cheating, so I don’t have a very explicit cheating policy in my syllabus. I’m taking the advice that some have given and giving them credit for what they’ve done. I will however be telling them on Tuesday (a conversation I am NOT looking forward to having) that I know many of them cheated, that I have evidence of it, and that I will refer them to the honor council should it happen again.
The part that sucks the most is I trust students. Having done this before, I’ve found that if you trust students, respect them, they in turn respect your expectations. Given how blatant this cheating is, it feels like a betrayal. Thanks again to everyone who replied, it has given me plenty to think on.
Unless you explicitly stated in the exam that they had to show their work with their answer or fail, even if the answer was correct, then I say pass them. It’s on you to be specific as to what you want to see on the exam. Maybe they worked it out on scratch paper and didn’t turn that part in with the exam?
Pass them. Grades aren’t proper representation of intellect or ability anyways, and failing students will only hurt their lively hood and chances of success later in life.
That’s a terrible thing to be considered normal. Those students were on break, on vacation. I didn’t do work for my job when I was on vacation! I hate cheating, but I hate that you made them take an exam on break even more.
Edit: “Class, I see some of you did not understand the way I require work to be shown. For this reason, I will reteach my requirements. Those of you who did not understand will be given an opportunity to retake the exam.”
By giving your students work to do off-time, you are reinforcing the capitalist notion that people should be expected to work off the clock. You can give them supplementary material as an purely optional if they don’t have anything else better to do, but by making it mandatory you are robbing them of precious time they have to grow into healthy adults and making them resentful of education as a whole.
Same is true of home work. You’re already robbing them of a good majority of their “be a kid” time, don’t rob them even more of it.
I hated homework as a student, but many people (myself included) will argue for math homework to the bitter end because that material MUST be thoroughly practiced, and worked through for the student to have an effective understanding. Nobody is going to learn math just in the short time teachers get to present it each day. -That said, exams shouldn’t be “take-home” if a teacher wants to avoid cheating.
If you can’t get your point across during the 4+ hours you have in class you are failing as a teacher. If you have to repeat a process 300+ times to get it you are not teaching, you are making people memorize shit in the short term and that will kick them in the nuts in the long term.
The stuff I was expected to do the most I retained the least, because instead of learning the general use and application of each function I instead put all my energy on just getting the grunt work over with so I could move on to the stuff that was actually fun. Excessive testing can also completely fuck over student’s test scores if they have even one minor weakness. My physics (favorite subject) teacher failed to properly teach Significant Figures, as a result I ended up losing half a point on every question for that reason alone. They just expected me to ‘get it’ through repetition (spoiler: I didn’t) and ended up with a nearly failing grade, even though it was my best subject.
Ultimately I ended up specializing in game design (big mistake, have you SEEN the game’s industry? It’s basically a fraternity!) because it was the only course that didn’t have any busywork. You learned the concept, applied the concept, and then proved you understood the concept, then you moved on to the next concept. At the end you prove that you are able to work everything together and then the course is over and you have everything you need to make a game. It was a really hard course and I almost felt like quitting at times but I don’t think I’ve forgotten even a single it taught me, a point that was proven even further when I took a different game design course and aced it with zero effort.
Couldn’t tell you how to do matrix math though. I just remember it being really really useful if only I remembered the rules all those years later.
It’s funny you mention game development classes because the one game development class I took used a tutorial utilizing Unity and it was fraught with errors that our instructor was often unaware of. In-fact that’s the last class I took before deciding to leave college and my formal training in software development as a whole.
I think I get what you’re saying. There is no excuse for bad instruction. It sounds like your learning style put’s you in the minority. I found repetition helped me understand procedure as applied in math that would otherwise lead to miscounting if I were just winging it. I think the same principle applies to the majority of math students.
