What To Take Second Semester of First Year

This is a bit of a strange post to do now, but I've been thinking about it a fair bit, and this is also a question that came up at the Post-Graduate Planning panel at Family Weekend. What classes should an Oliner take during the second semester of their first year to best prepare them for summer internships and later Olin classes?

There are just two requirements that semester, Products and Markets and Linearity I, which leaves most people with only eight credits already scheduled. For the next couple of years Olin will also be running Quantitative Engineering Analysis (QEA), which will cover the Linearity requirement and take up eight credits, so the students in that class would only need to take one more class to get to the standard sixteen credits.

Either way, that leaves at least one class to be filled, and for most majors it isn't convenient to start on major requirements in the spring. So here are some suggestions for what students should take.

Four Years of Curriculum Changes

I recently posted about the changes to the first year curriculum while I've been at Olin. There have been a number of other key curriculum changes over the course of my four years here, though, and I wanted to discuss those as well.

Midterm Season and Spectral Theory

I'm done with midterms! Galois Theory and Extremal Combinatorics were some of the last classes to have exams; those midterms were on Tuesday. The Complex Analysis test was last Wednesday, and the Topology exam was the Wednesday before that. I've gotten my tests back in all my classes except Extremal Combinatorics, and overall everything went pretty well! While studying, though, I realized that it had been a while since I'd taken normal tests.

In my first two years at Olin, I took sixteen classes and only six exams. If I stretch my definition of exam, that maybe goes up to ten, but one was really a long, cumulative problem set in Transport Phenomena, and the other three were Biology quizzes, which each took a full class period to complete but all together accounted for only 20% of my course grade. Of the six "real" exams, two were self-graded based on effort (Physics of Waves and Bayesian Stats), and three were take home, open book, and open note tests in Dynamics. The last was an in class essay exam for Soviet History.

My exams for Topology, Complex, Galois, and Extremal were all in-class tests, so we had about 105 minutes to complete them. The first three were closed book; for Extremal we were allowed to use our class notes. All four of those classes will have final exams in December. Spectral Theory is exam-less, since it's based around us presenting our work to each other, and Hungarian will just have a final exam.

Halfway Through

Four semesters down, four semesters to go.

I'm halfway through my education at Olin. When I started this blog, I intended to document my experience in the experiment that is Olin. So far, I've mostly done this course by course, and this seemed like a good point to stop and look over the past two years as a whole.

Changing the Curriculum

Next year, Olin is changing the first year curriculum. (Again.)

For the past few years, there have been two semesters of circuits classes. Modeling and Control, or ModCon, is in the fall, and Real World Measurements, or RWM, is in the spring. They're each 3 credits, though 4 credits per class is standard at Olin. RWM in something like its current form was first run in spring 2010, so this is its fifth year. It's also its last.

This week was Course Fair, which means that we all got to see the probable list of fall classes (and a really tentative list of spring classes). There had been rumors going around about changes to the first year curriculum, and the course booklet confirmed them. Next year, the first years will only take a circuits class in the fall, not the spring, and it will be 4 credits. Why the change? Well, RWM has been successful, but a lot of people find ModCon pretty frustrating. It's not really a circuits class; the point isn't to learn how to analyze circuits, and everything in lecture is pretty abstract. The content really is about modeling and control, but a lot of students don't come away with a good understanding of control. What students do learn, though, is how to build a circuit neatly and how to debug. The other issue has been that neither RWM or ModCon has really been a 3 credit class. They took nowhere near 9 hours per week for the average Olin first year. There will be content cut in moving to a single 4 credit class, but the credit count will be more accurate, and maybe mixing ModCon and RWM will result in a course with the right amount of abstraction.

For now, the new class is being listed as "New Combined ModCon/RWM Course," so goodness only knows what anyone will call it. I also know nothing about how it will be structured. Will it have the half-semester RWM team project? How much of each current class will it cover? Where will the topics that are no longer covered in the first year curriculum end up?

Reflections on Second Semester, Part 2

This is the second of a few posts looking back at the semester that just ended. The posts are split up by class or activity. This post focuses on my other two classes, Principles of Modern Biology and Real World Measurements (RWM).

Traditional

My second semester at Olin started two weeks ago. I have a pretty traditional schedule this semester, which is a little odd after the fall. I'm taking Real World Measurements, Modern Biology, Partial Differential Equations, and Physics of Waves. Despite how traditional most of my classes seem from the titles, they're still very Olin-ish, just in different ways than my classes last semester were. The classes have each met several times now, so I'm going to go through each one below the fold.