The only real weakness I see is kind of what the other poster mentioned (the transfer from Hamilton)…mainly I have issues with how most of the biology classes there seem to be taught. Basically in a way that does not help the grade (I haven’t seen many syllabi that suggest that anything beyond quizzes and exams contribute to the final grade…and I also don’t see many that obviously deviate from a pure lecture format. In fact many flat out said, “due to the size, it will be mostly lecture and slides will be distributed before hand” or something like that…Sorry, but size is not an excuse…large classes can be done differently as well, but it does take more resources, time, and support such as money and more active teaching assistants whether they be graduates or undergraduates) and maybe lowers learning outcome (like I think the MCAT average there is great but could actually be MUCH higher, like near WashU’s). I’m thinking Vandy should jump on the HHMI science education grant bandwagon soon (there is a 2017 cycle coming up) because it has worked wonders at many other privates. At my school , they used it to basically cheat and buy faculty members that were into teaching with more innovative methods (mainly biology and neuroscience department and some for lower division and intermediate chemistry classes). This made it such that, even if half of the life sciences teachers taught in a more traditional format that wasn’t as effective, you still had like 1/2 or more of the courses taught far more effectively and with different methods.
Students could ultimately choose if they wanted the traditional format (which may technically give “easier” exams-as in detailed oriented ones that may be frustrating in the amount of content tested but ultimately require less analysis and higher ordered skills…as in, if you know the material in and out, your brain will not hurt afterwards) or if they wanted instructors who do things differently. In addition, the grants basically paid for development of new courses and components to many highly enrolled upperlevel and intermediate courses, many of which now have discussion sections and they are not recitations, but actual sessions where students have to have read a primary literature, write a review, and eventually give a presentation. And the fortunate thing is, even if the lecture section has a traditional teacher (powerpoints, less projects, pbl and cbl and only exams and quizzes for the lecture component), if they are teaching that particular course, they must still run a set of discussion section meaning that students will have to do deeper learning in some component of the course. A couple of instructors have basically used that to change their examination formats from mostly algorithmic problem solving or detail memorization to way more experimental design/data analysis (they can basically do it because students should be used to seeing in the discussion sections). Needless to say…this will help people get through MCAT prompts better (the average is about 29-30 which is actually really strong considering a) incoming scores are much lower than peer schools and b) like 300+ people apply and many are actually applying knowing they are not in competitive ranges of than they would otherwise because now they are mainly based on findings from the primary lit instead of generic passages. There are also instructors who don’t really lecture and mostly do primary articles, problem sets (data analysis) or case-studies in class (these are mainly the ones we bought using the grants…some of the others, who are usually older or top researchers do it much less but some have integrated pbl modules into their classes because of departmental pressure and trends)…
Either way, point is…if you spend money on the STEM curriculum, you can get impressive trends or results (or disasterous ones, like our biol. depts new “flipped” biochem class…I advise students to just take it in the chem. dept. But at least that is an exception to the rule. There are maybe 3 classes in the biol dept. that are fully traditional and they are unfortunately highly populated). Chemistry is a different story…but a new grant is being abused to fix that too (this year gen. chem is flipped and it actually seems successful so far)…sometimes money can buy happiness…in this context at least. Places like Harvard, Princeton, and Yale clearly bought their way to success in terms of revamping things like intro. biology and chemistry courses. The only difference is that they didn’t necessarily have to seek outside sources…but I’ve seen their results too and it looks worth it (though their classes are hard as hell as a result). With the proper course design and support in place…one can make students at these schools reasonably successful on difficult exams and assignments and even if raw averages on them are super high, they can claim that, overall, even that level of performance demonstrates a solid command of the material and higher cognitive skills. If the students take a detail oriented exam and then do in the 60’s-70’s, nothing is really achieved because that suggests that they have not even remembered or understood the content at a surface level understanding. It basically says: “students are not even retaining information and cannot even regurgitate an answer for a specific scenario, and certainly cannot analyze it at very high levels”.
Certain issues in the life sciences UG curriculum there can be fixed though, and if they were, I am sure people’s grades would benefit…while exam averages wouldn’t necessarily go up, there would probably be other components to buffer the score and students would feel more comfortable about the learning outcome (basically, it won’t feel as much like a weedout process or competition…people will just be interested in the material because they are being asked to really engage it just because…and at a high level). That’s just what I see…and don’t get me wrong…peer schools have serious issues within their life sciences curriculum too, many have just gotten better in that particular arena b/c of the complaints from students and the subsequent amount of money they spent to rectify it. There is evidence to suggest that Vandy invested a decent amount at some point. The bio lab looks decent and y’all also have this “optional” or special section of it that seems really cool…but those ideas just need to spread more.