Ask Slashdot: Best Way To Take Notes In the Modern Classroom?
Krau Ming writes "After about eight years spent in research, I've made the decision to go back to school — medical school. When I last spent the bulk of my days sitting in lectures, I took notes with paper, and if the professor wasn't technologically impaired, he/she would have posted powerpoint slides as a PDF online for us to print and make our notes on. Since it has been so long, I am looking for some options other than the ol' pen and paper. Is there an effective way of taking notes with a laptop? What about tablet options? Are there note-taking programs that can handle a variety of file types (eg: electronic textbooks, powerpoint slides, PDFs)? Or should I just sleep in and get the lectures posted online and delay learning the course material until the exam (kidding)?"
Such a long time, did they already have pen and paper?
I can't remember, so much has changed.
If it were me, I'd stick to good ol' fashioned carbon on paper. I find my ability to retain information increases greatly if I write it down myself, manually.
Of course, YMMV, not everybody learns the same way.
An enigma, wrapped in a riddle, shrouded in bacon and cheese
I use Livescribe pens at work and I love it. I wish that the pens were available when I was in university because they are ideal for taking lecture notes. http://www.livescribe.com/en-us/
Just wait until your buddy finishes taking notes, then take them.
So apparently the technology of the time of personal tape recorders. Not sure if this was his undergrad or law school, but I guess a lot of students rather than attending a long lecure would come in, drop off a tape recorder, press record, and then leave. Apparerently it got so bad that then one day he was late for class or something, and when he got there, the entire classroom was just a bunch of tape recorders recording, and at the front (I can only assume in protest) the prof had brought his own taped lecture and was simply playing it out of his own device!
A sort of analog information transfer...
I have a child about to attend college in the fall. I've already told her to take more notes on paper than with the laptop she's going to get soon. Why? I pulled out my chemistry, calc, and Pascal notes from college courses taken over 20 years ago and showed them to her. One look at them and she understood what I was talking about.
Drawings for chem experiments, flowcharts with notation for my programs, and clear notes with plenty of examples from calc made her understand. The stuff I did with paper and pencil back then would not be easy to replicate as quickly with a laptop. She understands now.
Fifty watts per channel, baby cakes.
I find the livescribe system brilliant. It is pen and paper, but it records audio and you can transfer your scribblings to computer. The audio and your writing are synced up so you can touch on any part of your writing either on the paper or on the computer and jump to the audio at the time you wrote it.
If you're on Windows, Microsoft OneNote is fantastic. You can drag in other files as printouts, then write on them. The text of the printouts is searchable. The individual note pages can be organized in numerous ways (I have tab groups for semester, tabs for classes, then subtabs for each lecture). It can record and transcribe notes, does handwriting conversion, allows writing using a mouse or tablet pen (I use it on a ThinkPad Tablet PC, which makes it even handier).
With a tablet PC, I've used it to write mathematical and chemical formulas directly in my notes, or highlight parts of diagrams from lecture notes or even just dragged from websites (or cut with the snipping tool; with OneNote installed, you can use windows-S as a shortcut key to the snipping tool and past things into your document). You can also export your notes as PDFs.
OneNote has been remarkably useful in undergrad and now in grad school. I highly recommend it. I'm always kind of boggled that MS doesn't market it better; it just sort of 'comes with' Office and they don't really advertise that well.
I know Slashdot loves to hate the Tablet PC, but I went through college with it (physics + computer engineering) and graduate school now doing by (PhD computer engineering). I've also tried the iPad in my graduate work, since those didn't exist when I did my undergrad. So let me give you an idea of how I used both and how they worked out for me.
Tablet PC was a Dell Latitude XT. It has a capacitive multi-touch screen and an inductive stylus digitizer. It used Windows 7 as the OS, and my primary method of taking notes was Microsoft One Note. I digitized all my books, and bought digital copies where I could. During class, I had my books open, and when the prof. would reference diagrams or specific sections, I would clip them and paste them into my notes, annotating them there. When the professor had powerpoints available before hand, I would load them into one note and annotate there. The benefit was I could after the fact scan and recognize my handwriting (which I could train the computer to learn to a very high accuracy). Also, with one note you can put tags on specific sections or notes. These tags can be compiled into a summary, so I would typically tag equations or definitions and create quick reference study guides this way. This computer doubled as my work computer so I also installed word, excel, powerpoint, and matlab for homework and presentations. For presentations, powerpoint was especially useful with presenter view and inking capability.
The iPad was much less useful than the Tablet PC for me. I couldn't have two windows open side by side, so clipping segments from PDF to notes was not feasible. Also, the iPad doesn't have a digitizer, so it uses capacitive input for writing. The styluses are huge, and inaccurate, and your palm often causes inaccurate marks. Further, the handwriting recognition in most apps is either nonexistent or terrible. Finally working with fellow students was a pain with the iPad, since the file manager is completely closed off. We couldn't just pass around a USB drive or network our computer together, everything had to be done via drop box, and even then I couldn't open most of the formats they were trying to send me. Printing was also impossible on my campus with the iPad, and connecting to a projector can be problematic. You can't just screen share the iPad with an external display like you can a Windows computer; the particular app has to support that feature.
Now, I think if I were to do it all again I would get a Windows 8 device with a stylus like the Surface Pro. It will run all my windows apps like Office and Matlab, connect to all my devices, network with all the same computers, but have all the touch niceties and touch based apps when it's in tablet mode. The Surface Pro is pretty much what I was hoping the iPad would be, only 3 years later, and honestly if I were doing it all over again, that's where I would start (or a device like it from one of the OEMs). Price and battery life are still up in the air, but they're both most assuredly better than what I paid for my Latitude XT, which I have never regretted buying due to its usefulness.
I bought a hundred-dollar pen because I always lose pens and I was sick of not caring.
This is a bit high-tech, but I've had good results with it.
You're going to need a cylinder of compressed graphite, roughly .5mm in diameter and 5cm in length. Encapsulate it in some ablative material (preferably a renewable organic material) for better grip and structural integrity.
Use this implement to store data on a flexible two-dimensional lattice. The graphite will slowly be worn down as it is deposited on the surface - you will need to continually ablate more of the cover.
Data removal is handled either by disposing of the lattice itself (for bulk erase), or by use of a specialized tool (often attached to one end of the data write implement) for small deletes - although I will note that, after sufficient rewrite cycles, data may be unreadable.
This offers many advantages over traditional computer-based storage. It is far lower-power, functioning off a few milliwatts of energy. It allows for highly flexible unstructured data storage (sort of like NoSQL), and can be improved rapidly by agile development, as no data standards are enforced. I often use a system of my own design to encrypt data by use of an alternative character set (the Unicode committee has, unfortunately, declined to add it to the standard). It also allows more rapid and accurate entry of non-textual or rich-text data.
The only drawbacks are a rather inefficient system for video storage, and it can become rather bulky (while not as dense as the old computer systems, they often have similar or even higher mass). But those are rather minor drawbacks given all the advantages.
In the past my job was teaching students about note-taking. I haven't read the current research in a while, at least more than for fun, but here's the upshot as I know it. Take notes. Pencil and paper is probably best because it's the least prone to break and because it can be the most free-form. But the tool is not as important as what you do with it. Don't be slavish. Just take down the high points. Use the recto and the verso. The recto is for in-class, the "note-taking"; the verso is for after class, the "note-taking" most students don't do. This is for notes in which you interpret, summarize, and clarify. Basically it's for reprocessing and setting-up for further review. Then review material frequently at irregular intervals. In a given study session, work on the verso for that day, then review material from the same day a week ago and the same day from one month ago. Also, the best time to study is just prior to some sleep, either the night's sleep or a nap of at least 15-20 minutes. Now, in my experience, many students will respond: Oh no Dr. C____, I'm special/different/exceptional. I'll be more blunt here, in the interest of space: no you're not. At least there are no studies suggesting that any other methods than I've described are more effective. Feel free to supplement with tape-recordings, etc. But remember the main ideas of limited recording, reinterpretation, and frequent review at irregular interviews. (An added brief note: the research is building that, with very, very few exceptions, no one is a "visual" or "verbal" learner; that's mostly 70s touch-feely bullshit. But most people do learn well if they use multiple media for information storage and retrieval. This could be as simple as notes with words and diagrams. And that brings me back to the pencil and the paper.)