suggestions for this tentative schedule?

Hello~ I’m an incoming Emory College freshman and I’d love feedback on my potential first semester schedule:

Multivariable (MATH 221)
Honors Linear Algebra (MATH 275)
Intro-level Chemistry (CHEM 150+L)
Chinese Language
Health 100 + PACE 101

Does this schdule sound rough or just average? I’m leaning towards an Applied Math + Stat major with another science (something involving epidemiology/public health or environmental/geology). I’m don’t think I’m doing pre-med.

Also, can anybody share opinions regarding the Honors Linear Algebra course? I don’t know a ton about it, only the requirements for entry. John Duncan is the listed professor for the lecture hall (is he alright?) but the lab section professor is an unknown “staff”.

Wow that’d be a VERY tough first semester schedule. I’d take either math class not both and replace it with any class that looks easy and interesting.
Chinese 1 is likely to require 12 hours of work a week ouride if class, math at least 10; even if you’re not pre-med they’ll be gunning for As in your chem class, making B’s hard to get so prepare to struggle to keep up your grades in that class.
You’ll need a relatively easy class to balance your schedule.
Don’t make the mistake many freshmen make - they hav e always been competitive and decide to take every hard class that looks interesting. Then they spend the rest of college trying to dig themselves out of the hole they pushed their GPA into in that single first semester.

Thank you @MYOS1634 for the advice. I’m thinking that I’ll drop Chem150+L for this semester and take a Freshman Seminar instead, considering that chem isn’t a prerequisite nor requirement for any of my anticipated major(s).

@feifei3000 : No No No…the schedule is hard but DO NOT drop chemistry. Drop multi. The whole purpose of Honors Linear Algebra is to cover multi at a higher level and blend it with other proof based maths. Do not waste your time. Honors Linear Algebra and chem 150/150-L should be manageable.

Here is how Honors linear algebra works upon completion:

http://www.mathcs.emory.edu/site/undergraduate/general-information/placement.php

*So even if you do not do the whole sequence, you get 211 (MV) credit. It is redundant to take both as 275 is a proof based version of regular MV.

Duncan is supposed to be alright, and since it is honors, then grading is more lenient to compensate for the harder content and thinking skills required.

The schedule is honestly not “too hard”…it just doesn’t make sense the way you have those maths lined up. Take multi out, but replace it with a good freshman seminar. Also, worry about the quality of the instructors, especially for something like chem. Honestly, only McGill and Soria should be on the table. I don’t think making “Bs” are hard in 150…as it is probably the average grade most people get. Just do the damned work, and you should be alright. Again, you are obviously stronger in math based STEM than many others so you already have a leg up on the math concepts.

Depending upon AP background (which is obviously strong), I have doubts you are in trouble of getting a “bad” GPA…feel free to be challenged, but just make sure the courses make sense together based upon pre-req and credit structure, and of course make sure they are actually good and going to teach you thinking skills beyond what is emphasized in high school (so for math and chemistry…sort of plug and chug. For others…memorization/regurgitation). If you are strong academically, you should be ready for higher level thinking.

Any insight into the difficulty of Advanced Chinese 301? The professor also isn’t displayed for this course

@feifei3000 That is too specific. And I am sure the professor varies so much that no one could offer an accurate picture of how that course is run. The romantic languages have more stable instructor rosters. And honestly, if you are already excellent at Chinese, or if it is your native language, it may not hurt to just learn a new romantic language at the 100-200 level. It may take the stress off (the Asian language classes at Emory are known to be quite hard even at an intro. level), and help you learn something new/squeeze a decent seminar (perhaps a useful one with a workload worth completing).

Thank you so much @bernie12 I only just saw your feedback. My mind is kind of blown - I didn’t realize that Honors Linear Algebra was so cool. I really hope that I can get a spot

So I’ll concentrate on balancing. Chinese has been the center of my life for a bit(international competitions and stuff) but a different language sounds fun and maybe even refreshing. I’ll really try to take these responses into consideration >.<Thanks again @MYOS1634 @bernie12

@feifei3000 : Are you thinking of pursuing QTM or something? You said you were not pursuing life sciences (as these all require 1st year chemistry courses)

If chem isn’t required for anything you’re considering I wouldn’t take it. 150 isn’t a class you take “just cause”.
However check the major requirements for majors you’re interested in because most life sciences require chem.

If you’re passionate about Chinese, keep Chinese. There are two tracks at Emory (Heritage speakers, new learners) and a placement test. You may want to reach out to the Department chair/undergraduate how you can best be placed (Dear Professor X,… + heritage or not + Describe your level based on external evaluations and competitions).

@bernie12 @MYOS1634 I’m torn between the Applied Math&Stat, Human Health, Environmental Science, and Quantitative Science majors (I know I know I’m undecided af). A BS in ES would require chem, a BA wouldn’t. But knowing basic chem would make me more competent in any of those non-math majors, I think.

Would it be better to just take chem after I’ve decided on my area of study? I can’t find anything that says it’s first-years-only

Also: Mane you really were not joking about “grading is more lenient”, if Duncan uses the same policy http://www.mathcs.emory.edu/~dzb/teaching/275Fall2016/

@feifei3000:

Remember that QSS must be coupled with another department/major (one can do environmental science with it…methinks)

Also, that which you posted about Duncan’s course isn’t particularly reflective on lenient grading. Those cut-offs likely reflect how difficult the exams are (may be difficult as he says he curves the already scaled grades: Appears Duncan toys around with upper classmen, but perhaps the department does not want that with freshmen who may become majors, because the idea is to train them extremely well for advanced courses and oppurtunities in math and other quantitative fields. Soria took this approach when he taught freshman ochem, and his students were disproportionately successful. Basically you make students sweat and improve over the semester, but find a reasonable grading scale to not punish most for taking an advanced course). Leniency suggests that many/most students end up with B+ or higher. I do not absolutely know if this is true in Duncan’s case, but suspect it may be. It is just typical for an accelerated course specifically for freshmen to be far more challenging than traditional renditions, but have higher grades because of a) more ambitious students and b) instructor may be nicer with regards to grading things. This looks like one of those courses where he may make exams tough, so you maximize performance on HW to off-set a rough time on either test. Dr. Soria and Weinschenk in chemistry give very challenging exams that look more like what you expect to see (in fact, generally W and S are harder) at the VERY top privates (so imagine places like Harvard, MIT, Caltech…where there are a decent amount of International Olympiad medalists), so those who score in those ranges published by Duncan or lower end up at about those grade breaks (Weinschenk applies a curve so it depends on how strong the cohort is for that semester, but generally it would look something like that).

Ideally, at schools like Emory, if you are in math or something like physical sciences, or even life sciences, and the course requires a lot of critical thinking, the grading scale/curve should perhaps look like that. They know students, especially younger ones, usually must adjust to that style, so curve grading and adjusted scales allows them to write exams with a meaningful level of challenge, but much room for error.

*Typical diatribe/words of wisdom I give (because as a freshman, likely a more prepared than many at that): As long as the instructor is decent, and you care about learning, you are honestly more likely to get more from these types of STEM instructors and courses than those who write exams so simple/low level that they can apply the normal scale. There are some examples where there is nuance (like evolutionary biology. Some instructors give “good” exams emphasizing recognizing evol. biol phenomenon in the context of real data and scenarios from the field/sub-fields, but evolutionary bio concepts are just plain simple, even much of the more quantitative stuff), but usually courses in STEM that have exam averages in the 80s (or even constant high 70s) are too easy…are not doing much for students’ thinking skills, which may be okay in moderation if you are pre-health, but is not okay if you are considering a research career, grad. school, or a job where you practice in a field/similar field right after college. Taking the courses that require high level thinking and give harder exams than you are used may feel not so good at first, but your brain will thank you once you adjust to it.

Theoretically, all elite private schools should be trying to sort of compete with one another in terms of the type of student/thinker they produce, so a lower tier elite(so that includes Emory and basically all other elites), than say HYPSM should still try to compete with them academically even if they aren’t quite as selective, or have a decent history. Those schools tend to air on the side of “actually challenge the high achieving students in STEM and force them to think at high levels even if the mean on an exam is 40-50”. Making stuff too easy just strokes egos and lies to students basically saying:“You got into a highly selective school, so you must know everything and think at extremely high levels, even in STEM”. When you encounter STEM courses like that you should think: “Wow, this teacher is lazy or doesn’t think we can do more without complaining”. You can and perhaps should take some to balance out a tough schedule, but if most/all your STEM courses seem very memorization and algorithm focused and have fairly high exam averages, you are paying too much, and certainly getting anything close to what you could at very top tier private schools Emory likely wants to compete with seriously. What is fortunate is that you can get something close at Emory…and this cannot be as easily said for all schools in or near Emory’s tier of elite. The place really cares about UG STEM education a lot, so lots of reforms have happened and many faculty who also care have been recruited through various efforts. It is simply up to you, the student to care and have some perspective of what a good STEM education is supposed to look like. If it feels anything close to a faster, more voluminous version of HS STEM, then that’s wrong unless you went to some very top STEM magnet, or boarding school and took the most advanced courses even beyond AP/IB offerings. If you take a class that is supposed to help with research/general understanding of your field, you probably shouldn’t be celebrating when it seems like the instructor pitched it too easy. That actually suggests that the professor doesn’t give a damn about you and made the course easy to keep undergraduates out of their hair (office hours, etc) and don’t have time for you or worse: a low opinion of students’ abilities or will to work. They are usually not simply being kind when they water down courses. A teacher who cares will challenge the students and is willing to invest time in helping them rise to those challenges. When you take courses, take note of these patterns and be a cynic. Don’t follow the crowd in thinking: “This course is easy because the teacher is just so nice and caring”…that usually isn’t what it is though that faculty may present it to you that way.

Keep in mind that everybody in the class had a 95+ average previously and half end up with a 30-40 on their first exam :). You’ll be challenged but the final grade is fair.

@MYOS1634 : Is that in Math 275? What course are you speaking of? I guess that is hyperbolic because that would have to be a difficult exam. I guess the idea is that raw grades shift downward in college. However, when it is that low, it may bruise egos, but ultimately not matter because such a course would receive an adjustment/recentering to make up for the difficulty. Many/most will just have to get used to seeing overall lower raw scores, as well as lower letter grades at the end. A place like Emory is just much more competitive. Something that may have to be curved if given in a typical high school or as a standardized exam may automatically yield a B or high C average and go uncurved (like the AP exams where doing like 50-60% of the exam correct yields a 5…the same caliber exam would likely have a mean of 70-90 at selective schools depending on the instructor). Being in a class with 40-50 exam average likely makes it easier to get a decent letter grade.

Let us just avoid scaring the hell out of these incoming freshmen. Really no need to.

@feifei3000

Be honest with yourself. How good are you at proof based math? Have you had much experience with proof based math in high school?

The regular linear algebra course already has quite a bit of proofs. The exams were essentially half proofs and half solving equations.

The honors linear algebra course is probably even more heavily weighted toward proofs, which if you’ve never had to prove a theorem on an exam that you’ve never seen before may be jarring.

I agree with @bernie12. Drop one of the math courses.

I don’t agree that honors linear algebra is meant to cover multivariable calculus at a higher level. They are two different animals. Multivariable calculus is calculus employing more variables. You’ll learn for example how to find the volume of a three dimensional object using multivariable integration. Linear algebra, on the other hand, is not really calculus.

Note that in the past, the math department has offered an honors version of multivariable calculus - called honors vector calculus.

Two take aways:

  1. Do you want an almost purely proof based course in honors linear algebra or a half proof based course in regular linear algebra?
  2. Do you want an extension of calculus or do you want something different in linear algebra?

I would choose one or the other - not both - because taking both simultaneously, especially if you’ve had little experience with proofs, quite difficult.

@BiffBrown : Honestly, I would avoid discouraging or warning against a class because someone isn’t “used to it”. Why should they do they just relearn skills or go about ways of learning they have already mastered and have over-exposed to when they can start college with a different way of thinking that is extremely useful for higher level maths which are more abstract. Plug and chug intermediate courses are not as useful for say 250 (foundations) and many of the 300-400 level math courses. I mean it may just be nice to say “it may be different”. I don’t think it is necessary for folks to stay in their comfort zones simply because they are freshmen. If anything, it hurts later on because they are so used to comfort and expect future courses to be run like courses they took freshman year. Just results in a lot of complacency and misplaced expectations for future instruction.

A simple awareness that the course may be different is necessary.

I don’t know if taking both is difficult, because 211 is highly instructor dependent. However, it is just senseless because of the redundancy. Chances are, if they can learn 275 (which may actually be the proper way to learn MV, as linear algebra and MV do mix well at a practical level. Think of data analysis methods like Principle Component Analysis. PCA ultimately uses Lin. Algebra to often interpret high dimensional data sets). If you can learn 275, then chances are you can also do standard 211 plug and chug (though the newer guy from Urbana-Champagne, Garcia I think, was supposedly heavily applications based, and maybe even proofs based as well, but I don’t think he has a 211 section this year. Perhaps this is because his students didn’t like/expect that type of challenge. Evals for first time may not have been that good). They can simply try out 275 and then drop down to the regular intermediates in the spring if they are not a fan.

I WOULD not take two math courses plus a foreign language like Chinese. Chinese requires a lot of time. And since this your first semester at an university. Time management will be a problem. Take it from me, when I transfer from a community college to a four year school. I only took 12 credits so I can use to it.

*Also, Honors Linear Algebra is just the label…it doesn’t actually mean that they primarily cover JUST linear algebra with its specific rules and notations (matrices). I am pretty sure the honors version is indeed mixing MV and Linear Algebra which is of course typical for those who do math and math related research (or CS, physics, and various interdisciplinary fields that rely upon math). Again, you often can use LA to interpret and compute higher dimension data/problem types. Honors Vector Calculus is 276, which is the second semester. I think the relationship is made better in a proof-based course.

Notice how 275 uses a high level calculus text (click on the course materials thing and it will take you to the book): http://atlas.college.emory.edu/schedules/index.php?select=MATH&view=cse&ms=mathematics_computer_science&t=5189&sc=MATH&cn=275&sn=1 …so the approach is different from a typical LA course which often divorces the two to some extent.

Honestly, honors is just a more depth version of the regular class. I was thinking of taking it at my university but it wasn’t necessary. If I was a math major and interested in math then I would have taken the honors version.

Yes I was being hyperbolic to underscore the fact it’ll be a big step up compared to previous courses. :slight_smile:

@NASA2014 : Lots of things aren’t necessary and tons at places like Emory go far beyond the “necessary” regardless of what they plan to major in…and at Emory, this class is not “just a more in depth version of the regular version”. The approach to teaching it and the content taught is completely different (I’m sorry but a proofs based math course versus a standard version with basic calculations and algebraic manipulations is not just a change in depth. The way in which you learn math in each case is just very different. “More depth” implies “added content that is usually harder” not “you need to change your approach to learning a discipline you have lots of exposure to”).

It is much like how some some of the typical courses taken by students at Emory dramatically differ depending upon who you take it with. For example, not all organic professors taught the same material and gave the same level and type of problems. They had great liberty to add, rearrange, and subtract material as they pleased, and some would put a completely different spin on it. Even some of the general chemistry and biology instructors had night and day differences. If you labelled the ones deviating the most from other sections as “honors”, and actually saw what they did in the classroom, you may be convinced that the honors version is either a highly advanced or completely different class “In depth” is often an under-statement.