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Someone in another thread pointed out that weed out classes can be good because they admit a broader range of students and then keep the ones who are successful. That makes sense to me.
But how does having weed out classes impact the culture of the school? When I was choosing a law school, I avoided schools where the 1L year had a reputation for discouraging the lower performing students to drop out because it created a competitive, rather than collaborative, environment. Engineering school is hard enough -- not being able to work with your peers would make it even more difficult. |
Calculus is calculus. Physics is physics. If you can’t do well in these, don’t pick engineering as a major. |
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I deliberately picked an engineering program that did not have intentional weed out classes. They had and have a high graduation rate. The faculty perspective is that they filter more in the admissions process, which was good for me but would not have been good for a late bloomer. The first day, when all engineering srudents were in an auditorium, the dean's message was that everyone here is capable of graduating in 4 years with an engineering degree. The faculty were committed to helping every student graduate, which I found reassuring and helpful.
I made the right college choice for me, but it might not have been right for someone else. |
If the curve is deliberately set so that x% will fail, that means it is not necessarily an incompetent student or a student who cannot do well objectively. It just means the (school, teacher) wanted to have that percentage fail. |
Why don’t you help us out and tell us what college it is? |
And if you do well in these majors - engineering still may not be the right major for you. |
+10, they’re just the coursework needed, doesn’t make you a good engineer at all. |
+1 And in many engineering programs this is how it's done. They admit kids who want (and can do) engineering, but they need to fill the other majors somehow, so they fail a bunch to fill out the other courses. |
I went to an engineering university that had a hard curve and a percentage of the class did fail every year. Those students moved to other majors, often in the business school. Those who dropped engineering were absolutely the weaker students. It meant that when you got to the advanced classes, like senior design lab, everyone was truly excellent. It also meant that employers knew we had smart engineering grads that exceeded our University's rank. If you're good, then weed out classes are a bit stressful but work out okay. If you're struggling, they're a clear signal that you're in the wrong major. |
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I don’t think there are intentional “weed out” classes. I do think a lot of majors in colleges put a prerequisite earlier in the program, so that a student who is not cut out for a major gets a sense of what is entailed early enough – so they can choose another major and still graduate on time.
There were classes in my kid’s computer science program that were required to take his second semester - before officially declaring CS. Quite a few kids bailed after those classes because they realized that it Would probably become evenmore difficult for them to succeed after that. |
| Discrete math and data structures |
| That can be achieved by grading students by how well they know the material. Grading them relative to the performance of other students means students are competing with each other instead of collaborating. |
That is unethical. |
Admittedly last Century, but we had no “curve.” Either you got it right or you didn’t. There was usually some partial credit involved hence the oft repeated “show your work” instructions. Our “weed” outs weren’t really defined that way, but rather were classified as “C-Wall” classes in that you had to get a C or better in the triplet to be allowed to sign up for the next year’s slate. There was one, general set for freshmen (Calculus, Physics, and, yes, English)…then another set for sophomore-level engineering, which varied based on the intended discipline. in Civil, it was Statics, Dynamics, Hydraulics/Fluids, and Solids. The specific courses have changed a bit but the concept is still there. It made sense then and still does to me. Give any/everyone the chance to prove yourself. |
We call that a necessary, but not sufficient condition. |