Study Habits ( for students only)

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Discussion Overview

The discussion revolves around study habits among engineering students, focusing on strategies to improve academic performance and overcome challenges in understanding course material. Participants share personal experiences, techniques, and advice related to studying effectively in a college environment.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related
  • Debate/contested

Main Points Raised

  • One participant expresses frustration over poor grades in chemistry and trigonometry, seeking tips for improvement and higher scores.
  • Another participant suggests a study method of previewing textbook material before classes and reinforcing learning through teaching others or peer tutoring.
  • A different approach mentioned involves using programming to visualize concepts in physics and math, enhancing understanding through simulations.
  • One participant emphasizes the importance of practice problems, particularly for slow test takers, to reduce anxiety and improve performance.
  • Several participants advocate for thorough reading of textbooks, with one stating that understanding every line is crucial for success in engineering courses.
  • Some participants note that self-study can sometimes be more beneficial than attending lectures, as it may provide a deeper understanding of the material.

Areas of Agreement / Disagreement

There is no clear consensus on the best study methods, as participants share a variety of approaches and experiences. Some agree on the importance of textbook reading, while others emphasize different strategies such as peer tutoring and practice problems.

Contextual Notes

Participants express varying levels of success with different study techniques, and some mention the challenges of understanding complex material. There is a recognition that individual study habits may differ significantly in effectiveness.

Who May Find This Useful

This discussion may be useful for engineering students or anyone in STEM fields looking for diverse study strategies and insights into overcoming academic challenges.

Equilibrium
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Guys can u share ur study habits as a student or when u are in college...

my course is engineering and i always work very very hard... and look what failings got
... a 57 / 100 in chem... a 22 / 50 in trigo...

damn... can u just share some tips on how to obtain a flat 1 / perfect ... or
to aim higher score...
its very very hard to analyze problems

i usually sleep at 11 pm ... and now frustration is in me...
 
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Here are a few things I've found that work really well for me (your mileage may vary):

1.) I try to go through the textbook in the months leading up to classes. Just a superficial scan, getting the basic ideas, maybe work a few of the easier examples and exercises. Once classes start I'll try to keep a few sections ahead of the class. I read the entire section/chapter, do all examples and exercises -- basically teach myself the material as best I can. I've also found that the longer the duration between the time I teach myself and the time we go over it in class, the better it is for me when it comes to long term retention. Usually I'll start on a section about 2-3 weeks before we'll be covering it in class. Once I've covered it I ignore it completely until it is class time (focusing instead on later sections for later classes). When that section is covered in class I'll usually have a very good general understanding, but some of the specifics will already have started getting hazy. The lecture and assigned problem set usually helps me relearn and reinforce the material from the weeks before. I find when I do this I remember things much better than if I self-study only a few days before the class. I'm not sure why, maybe because I'm actually learning it twice (in a sense). One thing I do know, seeing the material for the first time when we cover it in class doesn't work for me unless it is really easy to grasp. I need to have the basics "preloaded" to get anything out of the lecture.

2.) If you have an easier time understanding the material, but a harder time retaining it (as is my case), I've found that being a peer tutor is invaluable. Going over the same material with many different students, and trying to explain it in clearer terms really helps my retention. If you can't peer tutor, just take notes as if you were going to be teaching someone who is having trouble with the material: Try to explain the subject in more detail, but in simpler terms. Write it out as if you would have to teach the class that material.

3.) If you know some programming, try writing some small programs to help you visualize the material. I find this really helps me for physics and math. For example, if you're doing a projectile motion section, create a program where you can change the launch angle, initial velocity, gravity, etc. Then run the program and fiddle with the values to see how the variables effect the outcome. Seeing the simulation play out visually for many different values helps you gain better understanding of the role each value plays.

4.) Don't over study. There are some times that I'm having a lot of trouble with the material, and one thing I've realized is that if I force myself to sit and study it until I "get it" I'm only defeating myself. It's frustrating to walk away from something you don't understand, but I almost always find I understand it better after a few hours, a day, maybe even a week(!), away from it.

5.) Do many, many practice problems. This is essential for me because I'm a SLOW test taker. I like to be very careful when working out problems since I have an easy time missing a minor detail (usually one that causes a major error by the end of the problem), but this usually means I cut it close to the time limit on tests. This itself causes anxiety, which also can slow me down. If I go into a test knowing that I've done tons of problems like the ones likely to be on the test, I have less anxiety and I usually spend less time trying to remember how to set the problem up.

Good luck! :smile:
-GeoMike-
 
^thanks a lot dude! its an inspiration for me to work harder

i need more advice to encourage me as well as other students who are into
these troubles...
 
Equilibrium said:
Guys can u share ur study habits as a student or when u are in college...

my course is engineering and i always work very very hard... and look what failings got
... a 57 / 100 in chem... a 22 / 50 in trigo...

damn... can u just share some tips on how to obtain a flat 1 / perfect ... or
to aim higher score...
its very very hard to analyze problems

i usually sleep at 11 pm ... and now frustration is in me...

Do you usually read the texbook? For me, reading the texbook is all I need to ace any class (at least the ones I've been through so far and I'm a senior). By reading the textbook I mean reading and understanding every single line. Don't move down to the next line if there's something you don't understand in the previous one. I even read all the derivations of everything (I'm a mechanical engineering major).

Also, doing the homework will help a lot. If you don't have homework then do the exercises in the back. Usually I read through the problems and skip the ones I know how to do. When I see one that I don't know how to do, I try it, if I can't do it I get help.
 
I second the above post. Read the textbook with an intent to learn. Most professors don't match the rigor of a textbook. Sometimes I'll sacrifice going to class to learn the material myself. I end up with a broader and more intuitive understanding.
 
Knavish said:
I second the above post. Read the textbook with an intent to learn. Most professors don't match the rigor of a textbook. Sometimes I'll sacrifice going to class to learn the material myself. I end up with a broader and more intuitive understanding.

It's so true, but sad at the same time.
 

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