How to Study (2023)
cse.buffalo.edu
cse.buffalo.edu
I always always erred on the latter. I was definitely in the minority. It took me ages to work out why nobody else ever asked questions (or challenged errors).
They were just writing stuff down to process later. I have never understood it, it seems so obviously like a wasted opportunity. At that point why go to class at all, you could just get sent notes!
I started using Org Roam a bit over half a year ago. My policy with deciding what to store in it is: "is there a chance I will want to remember this later?" If yes, I write it down, and link it to something relevant, which allows me to find it later from the backlinks on that relevant note. I thought I had pretty good memory (I still think it isn't bad for a normal human) but I have been surprised fairly often that some tidbit of information that I want is neatly available as an atomic note, and I don't even remember writing it.
I only managed one class like that and only near the end of my undergraduate career. Both earlier in ugrad and in grad school I was way too busy barely staying afloat to be so meticulous about my education.
For engineering classes, I would rather invest the entire time in the class to focus, ask questions, and read the content from the textbooks if it's standard stuff covered there. The ideal scenario is doing it before class, but even going through textbooks on the same day and creating notes based on them works fine for me. During my pre-undergrad days while preparing for entrance exams, my teachers would ask everyone to just listen to the whole topic while they used to explain on the whiteboard, and only at the very end, after the board was fully covered, would they give everyone 5–10 minutes to jot down the content in their notebooks. I really think that really balances all the classroom learning, but I have never experienced the same type of teaching philosophy elsewhere since then.
I also think that a particular type of learning style can't work across subjects. There is no one-size-fits-all. You can't study history the same way you do mathematics. Physics is very different from chemistry, and computer science is definitely different. A lot of universities (anything outside the top 10) in my country really got CS education all wrong. I see kids writing code in their notebooks. Mugging up random information. It's really jarring.
Btw this is university for you in France. Maybe we are good as a nation because everything before uni is actually good, and people who are good actually don’t go to uni but to grandes ecoles ? (Equivalent of ivy leagues)
The one thing worth writing down was exam hints.
I wish I had had YouTube back in the day, or at least video recordings of lectures that one could pause and rewind to portions that weren’t understand on the first pass.
But this is a skill that takes time to cultivate. Writing down what you hear and then rewriting your notes later does accomplish the same task, and it gives you more time to do it.
The advice is to understand, and consider questions while making notes. He has a section on when to ask questions in class.
The very next line after the one you quoted explain why he errs towards the former, but it does not say you should not concentrate, you should not try to understand, and you should not ask questions.
Theres not enough time to do all 3 of those, pick 2
I found this to be an ibcredibly effective learning technique
I found that I sort of breezed through elementary and high school because I was smart enough to do well enough without any real studying. When I got to university, I had a pretty rough first year as I discovered quickly that 1) that didn't work anymore, and 2) I didn't actually know how to study. I eventually developed most of what's in this guide, but it would've been great to just have someone tell me this instead.
Not all teachers are good. Some are just atrocious ones with ego, and a lot are there just for the tenure.
Everything that is being taught is quite likely derived entirely from the textbooks in the syllabus. Lectures are also time limited, littered with people of varying experience asking questions during (if at all), while the person at the front of the class draws or recites with varying quality, worsened by accents, lack of coffee, or pure lack of interest, the person in behind the lectern might even die suddenly (in the middle of a sentence even, n=1 myself).
The textbook will probably be far more rigorous than lecture ever was anyway, and you can take whatever speed you want.
That formula worked for me for entirety of undergrad, and it was expected of me during my graduate studies. If I had better control of the internet or material on the internet was as good as they are today, I am certain any other student could do the same.
People kept telling me it would happen at the next level of schooling, and I kind of wish it had. At least then I might have learned what to do about it without the risk of "failure means I have to live outside."
Calculating hours of study per week beforehand? No way. I studied what was needed. If a semester was easy I studied less, if a semester was hard I studied more. I only counted hours after the fact (sometimes) to track progress. But IMO the variance in course difficulties is so large that if you allocate a constant amount of time to studying, you will fall short sometimes and study too much other times (yes, one can study too much: studying when it's unneeded and you'd rather be reading a novel, doing sports, having a drink, or whatever is wasting time).
Rewriting notes? No way. Notes took in class were the final version (at most, I could add things that I missed, but I never rewrote anything). I do concur with the author in that I did prioritize taking notes over immediate understanding - my notes were quite appreciated by the class because I took down practically everything (using a fountain pen helped!).
Highlighting text, be it with markers, underlining, etc.? Never.
And what I consider to be the key that made my study work (this was mostly a post hoc realization): I used a variant of what the post calls "read-recite-review method" (I didn't know the method formally, this is just what I did spontaneously) but where "recite" wasn't just reciting, but explaining the material to an invisible audience, aloud, while walking around the room, with a quite dramatic tone, gesticulating, and in English (whereas the material was written in Spanish).
When I started to do that I think the main reason was just to avoid boredom (which of course is no small matter when studying), but later I realized that needing to explain the material, and especially translating it to a different language in real time, is a way to force your brain to understand it and not just merely recite in automatic mode.
Not sure if it would work for other people, though... and it does have the drawback that you need to have a room for yourself with some privacy. I hardly ever studied in libraries :)
He does not advocate highlighting with markers. He has a specific style of highlighting which sounds more like collecting notes (with a bibliography) for research or producing a paper. It feels more task-oriented.
He also mentions read-recite-review in the article.
I think explaining the material to another person is a good idea - even if you don't actually do it, if you can rephrase it as if to another audience, it means you've really understood the material. I think that's part of the reason he suggest re-writing notes after class.
There's nothing wrong with a little bit of "learning to learn," but you have to be on guard against using it to do the hard work.
with respect to those particular questions:
many more people speak spanish than italian due to colonial-age history, and portuguese is almost a spanish dialect. for us residents with culinary aspirations, it may be worthwhile to know that spanish is required for most us restaurant kitchens. but italian isn't that far from spanish either; learning either spanish or italian will make it much easier to learn the other
ancient greek or biblical hebrew depends on which books you want to read. the torah is in biblical hebrew; platon, the hellenistic scientists, and the new testament are in classical to koine greek. modern hebrew will help you a lot with biblical hebrew, because it sort of skipped 1800 years of the sort of linguistic mutation that transformed classical latin into spanish and italian, and it is of course mandatory for living in israel. it may be helpful for flirting with israeli backpackers too
--Cassandra Wong (Tia Carrere), Wayne's World, on how she learned English
How do you actually get yourself to do it? What are the blockers, and how does one deal with them?
Retired now, but his has helped me for all 40+ years of my programming & business careers.
Sometimes, the lack of drive is because it's not something you really want to do.
Caveat: while not super common, in my case the "not having the drive despite being x/y/z good traits" just turned out to be undiagnosed ADHD. Dopamine is strongly linked with willingness to do tasks and is affected in ADHD. Of course this isn't the case for everybody, but if you/someone is chronically late/procrastinates, is very unorganized/messy, struggles to finish tasks etc - it's worth googling executive dysfunction at the very least, and then perhaps talking with your doctor.
For instance, remove all the bad food from sight and replace with good ones. Put on shoes and active wear before even deciding to do some exercise. And many many other tricks..
Personally I have the most success with a couple of hours of focus followed by 30-120 minutes of doing anything else (walking, billiards, lunch, netflix, whatever)
Learned that different learning styles was bunk (visual vs auditory). Also, experts are the worst teachers, they are far removed from being in your shoes and do not provide the empathy or the correct scaffolding to start newcomers down the path of understanding a topic.
The biggest success for pedagogy impact is study groups, and tutoring while or immediately after learning something (the accountability of needing to teach someone bumps.your motivation to understand the nuances, plus the act of teaching helps you remember)
The one that really understand the material don't hesitate to tell you their real understanding and thoughts pattern even if those are not strictly correct and could never be written down in a publication.
But that's exactly how you catch the deep understanding fast. If the prof. is not giving you that it'll take much more time to get an in depth understanding of the course.
How to Study: A Brief Guide - https://news.ycombinator.com/item?id=16202123 - Jan 2018 (58 comments)
How to Study (2016) - https://news.ycombinator.com/item?id=14088786 - April 2017 (71 comments)
Look through the questions and many of them mention specific passages. Mark those sections in the reading first and then read the passage.
Tons of little tricks like that.
Further, to improve thinking, she needs to do a post-mortem after every practice session. Go over every question, and irrespective of whether she got it right or wrong, she needs to figure out how she could have thought better and faster.
The "trick" for me on tests like that was to skim the reading and note key items (dates, names, topic terms) and then review the questions. Most of the time I could answer them directly, but if not I could go back to the reading and find the answer. Having skimmed it, I could jump straight to the relevant sentence(s).
> 3.7. Don't Take Notes on a Computer
The amount of notes I typed up in my personally designed note taking format with custom scripts for compiling them into static sites and PDF documents, all to never look at them again is astounding. The best notes I ever had were the ones I wrote on paper. Just being able to draw picture of what you're learning makes typed notes so much harder.
Especially in computer science, there are so many things I'd want to draw. Drawing a B Tree on paper is so much easier and better than having to do ASCII art on the fly while your professor is going to the next slide.
If there are any students in this thread, please heed some of these points on the linked post. Save yourself a headache.
I have lots of colleagues who obsess over notes, lecture presentations and textbooks. They were always struggling to cram content instead of understanding the subject.
Seeking out further literature and actually researching the subject matter has always helped me tremendously. I don't study for classes, I use classes to study for real world understanding.
Maybe a bit overkill to work through the whole thing, but there is a lot of wisdom in there -- particularly on spaced repetition.
Edit: by implementation I mean, translating the abstract theory to actual practice. I couldn’t figure out what I was supposed to do with what I just learned.
It's been the most important asset in my journey through undergrad, and I do my best to fill out the missing parts as a grad student as well.
Maintaining this has been a pleasure seeing how it's helping so many other people back
I found that being able to type notes saves a lot of time compared to handwriting notes (especially if you can type fast enough). The main cognitive benefit of typing notes (that I have found) is being able to quickly edit and reword what you're writing. It's not practical to erase and re-write a handwritten bullet point during a lecture, but if you're using a word editor, you're able to easily tune the wording of your summary as you gain a better understanding of the topic. Being able to quickly iterate on your notes as you're learning is enough for me to stick to typing my notes.
For each class, buy a separate notebook from the one you
take your notes in. I recommend a "composition" or spiral
notebook, not a looseleaf notebook, for your "permanent"
(i.e., re-written) notes.
Would somebody please explain to me the difference between these two types of notebooks?
I understand that 'spiral notebook' means a notebook whose spline contains a plastic-springlike-thingy, and therefore is able to open flat-180-degrees.But, whats meant by 'composition notebook'? and 'looseleaf notebook'?
A "composition" notebook is bound with a spine (which could be a spiral binding). As an example, moleskine notebooks are like this.
Some other diamonds I've uncovered or found while working on learning psychology are:
- that students who organise fun and exercise on their schedule before studying, get better grades than the students who start by deciding when to study;
- that most of us can learn much better with confusing, misconception-revealing content, over simple content - we all assume too much, as Veritasium covered: https://www.youtube.com/watch?v=eVtCO84MDj8&list=PL772556F1E...
- in principle, a desirable difficulty of varied content given in a medium that isn't lazy (read: you need to be able to get feedback, like a quiz, or rewriting, or tutoring) is the key way to establish viable long term learning; several other effects like Spaced Repetition only have benefits if you can stick to your motivation for learning, so you do need to prioritise motivation first. The article mentioned learning styles not being proven; in fact, one can argue the opposite is true; people who learn with mixed, varied content perform the best. But we also like the learning type which is comfortable for us; this boosts motivation. The problem is that studying students across a whole semester and multiple courses rarely happens, and studies focusing on how varying the learning content within a 10 minute window changed how much students learned, does not replicate the value of being familiar with a learning content style, nor the cost that things within it might blur. There are pros and cons to sticking to one style; variation certainly helps in the short term.
- enjoyment(or motivation) matters. Because almost every student reports procrastinating early in the Semester (95% in one study, and I guess the other 5% didn't fill in the form). A real issue with learning research is that it tends to replicate exam period, exam conditions, and not the 60-80% of students lives where many put off studying, gently attend lectures, socialise and work between semester exam seasons. It is in that time that results are predetermined, not in the final weeks. That's what my learning app for students focuses on, and achievable regular cadence of studying in that period; motivating and fun enough to engage before your peers are. It splits content like your lectures up into memorable emoji-represented exercises, and then sends you notifications using the emoji for one exercise each day, to get you to just study a little each day. This has big downstream effects.
- the quality of learning content is as variable as the quality of laptops; some is poor. Key concepts like the "Minimum Information Principle" - that questions based on building definitions, linking concepts and memorizing should have only one short clear answer - are almost necessary if you want to learn a serious amount without forgetting what matters and blurring answers. Long answers, although they seem better because of detail, will drop your grades as you accidentally confuse or forget part of them, as compared to separating them into different or say follow up cards.
I say that jokingly, but John Gall pointed out in Systemanics the absurdity of giving students who struggle to study a class on how to study.
Combining both: better memory encoding techniques and spaced retrieval is the holy grail. People who employ both feel like superhuman. For example, you can encode knowledge of a book with a mind map following specific principles and then schedule either a spaced cued recall with image occlusion or a spaced free recall or a mixture of cued/free by occluding large portions of the mind map.
In my experience though, I rarely need spaced repetition for knowledge I’ve encoded with a mind map. I have almost perfect recall of the map and an understanding of what it represents many weeks later with no repetition.
it's always amusing but faintly horrifying to me to see people in schools speaking as if the purpose of learning is to earn grades, rather than vice versa; most of them are sufficiently educated to know about goodhart's law, but perhaps have not thought to apply it to this question
a useful counterpoint may be pg's https://paulgraham.com/lesson.html
> Even though I was a diligent student, almost all the work I did in school was aimed at getting a good grade on something.
> To many people, it would seem strange that the preceding sentence has a "though" in it. Aren't I merely stating a tautology? Isn't that what a diligent student is, a straight-A student? That's how deeply the conflation of learning with grades has infused our culture.
> Is it so bad if learning is conflated with grades? Yes, it is bad. And it wasn't till decades after college, when I was running Y Combinator, that I realized how bad it is.
> I knew of course when I was a student that studying for a test is far from identical with actual learning. At the very least, you don't retain knowledge you cram into your head the night before an exam. But the problem is worse than that. The real problem is that most tests don't come close to measuring what they're supposed to.
...
> Why did founders tie themselves in knots doing the wrong things when the answer was right in front of them? Because that was what they'd been trained to do. Their education had taught them that the way to win was to hack the test. And without even telling them they were being trained to do this. The younger ones, the recent graduates, had never faced a non-artificial test. They thought this was just how the world worked: that the first thing you did, when facing any kind of challenge, was to figure out what the trick was for hacking the test.
i'm not sure all the advice here is even good for hacking the test, though. taking notes in lecture, for example; when i've tried that, i've missed most of what the lecturer was saying because i was distracted by the notes. i figured that the people who were writing instead of asking questions must just be a lot smarter than i was, to be able to understand the lecture even though they were busy writing, until i saw that i got better grades on the tests than they did (a bad measure, but it was their target measure)
if you want to have a complete, undigested copy of the lecture, probably you should film it on your phone instead of playing court reporter. on the other hand, if you are playing court reporter, you should definitely study shorthand first, gregg or pitman rather than speedwriting. on the gripping hand, if you want a complete, undigested explanation of some body of knowledge, you should check out this amazing invention this jeweler guy made out of a wine press, i think his name is gutenbag or something, it can copy down an entire page of lecture notes in a couple of seconds, hundreds of times faster than a scribe
in-person lectures are a precious opportunity to ask an expert in the field questions about things you don't understand; don't waste them on stenographically reproducing a textbook you can just download. the syllabus usually tells you what the lecture was about (and, if not, you can devote two minutes to writing down one line at the end), and if you really internalize the points being made, you won't have any trouble applying them
i'm a huge fan of taking notes; i take about a page of notes per day as part of my own study strategies. i just don't do it during lectures
another difficulty with the strategies outlined here is that they depend on being able to evaluate this boolean
IF you do not understand it, THEN
but determining whether you understand something is one of the most difficult things about learning! you can't rely on your feelings when you read it; those mostly stem from familiarity. asking 'why?' as suggested is a little better, but it's common for people to accept weak reasons for statements they're already predisposed to believe (for example, because they're familiar). instead, you must try to apply it. one approach is working out possible causes ('why?') and consequences, as well as possible causes and consequences of the negation; but often you can be more focused, because in many cases you are learning a particular thing in order to gain a particular ability. you learn about 'if' statements, for example, in order to be able to write a computer program that uses them (if not to pass a test); so, attempting to write such programs is often better than asking yourself 'why does the if statement in c have parentheses around the condition?', which is not something you can answer—at least, easily, as a novice programmer, or, possibly, at all, given that thompson chose to omit them in golang. (considering that question as you're writing a compiler can illuminate syntax design tradeoffs!)ideally, you would do this before the lecture, so that when the lecturer is explaining the concepts you were attempting to apply, you know what questions to ask. https://news.ycombinator.com/item?id=39330756 points out that ideally you would read the relevant textbook material before the lecture. while i agree that this ought to be ideal, i'm reluctant to give advice i haven't actually tried myself
adding marginalia, on the other hand, is an excellent idea, just as suggested here, so the advice here isn't all bad
with respect to cramming, a big problem with the schooling system is that it incentivizes cramming on many levels. (just after saying 'don't cram', this text advises you on exactly how to cram.) taking one semester of, for example, greek, involves spending perhaps 50 hours in class and 70 hours studying outside class; if you spend 120 hours studying greek spread over many years, you will have a lifelong working greek vocabulary of thousands of words. by contrast, if you spend 120 hours studying greek crammed into a single semester, then never use it again, you will forget even most of the alphabet within five years. memorably, i had forgotten even 'ουχ', the greek word for 'not'
consequently, almost all the time spent studying in school is wasted, in the sense that it doesn't give the students any new intellectual powers; the temporary gains in capabilities are quickly lost, as the students recede to their previous level, like flowers for algernon. this observation is so commonplace that it fails to provoke the appropriate level of existential horror
if your objective is learning rather than earning grades, advice like 'do not be tempted, by any free time that you have during exam week, to do anything other than studying' is highly counterproductive. to the extent that you study at all during exam week, your exam grades will be unrealistically inflated and will overstate your real level of knowledge, destroying the utility of the exam as an assessment of your lasting understanding. failing some exams will enable you to repeat the classes again next semester so you can study the material you didn't understand in more depth
obviously this is terrible advice if you want to graduate, or even stay in grad school, but just as obviously, it's what you'd do if you were using the exams for learning rather than to obtain credentials to flourish in front of the ignorant
a piece of advice that really ought to be in here, but isn't, is to teach the material you've learned to someone else. another very useful strategy is to get someone else to teach it to you in a one-on-one tutoring session, which will increase your performance by about two standard deviations (the well-known 'bloom's 2-sigma problem'). wealthy and powerful people can get experts to tutor them thus, and have been doing so for millennia. large parts of grad school also usually consist of teaching material you supposedly already know and one-on-one apprenticeship. the rest of us have to make do with asking questions in open lecture, meeting with other students to do exercises together, going to the kinds of parties where people talk about the stuff they studied last semester, and maybe help from family members who already know it. if you have those opportunities, don't waste them
- Regular practice. Every single weekday. No excuses.
- Use Anki flash cards for things you have to memorize.
- Use hands on experience to solidify concepts. E.g. speaking for a language learner and writing programs using the learned concepts for a software engineer.
- If you have class, read the material beforehand so you can fully listen in class and ask insightful questions. I often ask questions and the teacher responds with, “it’s like you know where I’m going with the material because that’s what we’re going to talk about next.” Preparation makes class time so much more valuable. My most rewarding classes are often the ones where I jot down fewer than 10 words in my notebook because I’m so engaged in dialogue.
- Teach others. If you are enrolled in class, teach your fellow students a concept you have to learn. If you’re not enrolled in a class, teach a significant other, a family member, a friend, or write a blog post. Learning how to teach makes you understand the concept much better. Particularly if the person you are teaching starts asking questions and forces you to clarify.
- When taking a test with a passage before the question (common on the CPA exam & reading comprehension tests), read the question first. Deduce what type of question it is. Now read the passage knowing how to tackle the question.
- To further that point, take practice exams/quizzes if you can. When I was self-learning compsci, I was really grateful that textbooks had questions at the end of chapters. I used to hate those in high school, but they’re extraordinarily valuable.
Of all of these, I think making a routine to consistently study is the most valuable. It makes the task of studying less daunting and allows you to be more efficient with your time since you can spend times learning concepts at a deeper level. Next would be teaching the concept to others. It forces you to confront whether or not you actually understand the material. Often times you don’t know it as well as you thought you did.
I was a terrible student in high school. I went to a very competitive school and let the workload encumber me and was daunted by the talent around me. I discovered and applied most these concepts in university. It made undergraduate a breeze and my masters degree and self-teaching after university significantly easier. Thought I would share because a lot of these concepts go against how I was taught to learn and what my peers were employing for their learning. It might not work for everyone, but I know it worked for me.