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Technology

Laptop Exams? 321

Orion316 asks: "One of the classes I am in just had an open laptop, open Internet examination with us e-mailing the answers to the prof. This is an open laptop examination. You may bring your laptop to the examination with its wireless modem. During the examination you may search for and read materials from the course Web site or from other sites on the Internet. I was wondering what thoughts people have on this." This is one of the cooler things I've heard of in a while. It was only a matter of time before the new technology started to affect us in ways we might not have predicted before. Who would have thought that the spiral notebook would ever become obsolete when it came to schooling?
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Laptop Exams?

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  • by Anonymous Coward
    I must say that it is, by and large, a good idea. I support the idea of electronic coding means, even if all that entails is you taking your laptop and logging on to a controlled system with a designated username. I used to hate (still do, not as much since I've gotten better) pencilling code on exams. Typing things (even if it was optional) like code, essays, etc would have been immensely valuable; I can type much faster than I can write, electronic text editing caters to my personal preferred writing style (get all your facts out, then arrange them), and for coding, it would certainly improve the quality of the submitted code... which as a lab instructor, I see a great deal of.

    Now, accessing the internet while taking exams is a decision the professor has to make. I wouldn't want my students looking up the answers (defeats the point of an exam which is usually to determine whether the student can *synthesize new work from given (or absorbed-in-class) data*. If they can find answers on the net, then they're not gettnig the point. Serious students will do the work because they know that doing the work makes them stronger in the topic area. (I'm going to ignore makework and such things; I don't usually find such stuff on tests.)

    At any rate, you can sidestep the internet issue by simply firewalling the IPs you issue your students for the duration of the test. We use DHCP here, and it would (as I understand it) be trivial to give testtaking students a thus-restricted IP. Say only to the instructor's lecture note server and a couple satistics (or whatever) websites. This, in my experience, would have been immensely cool.

    It does favor the computer literate, no question, but most things do nowadays. I would imagine that this will eventually become a departmenntal policy: either you can have laptop tests in the Math Dept or you can't. Just like calculators, some are legal, some aren't, and some can't be used on certain sections of the test. As for financial discrimination, that's an issue that individual colleges will have to address. I maintain that a strong clear mind with a reasonable tool (depends on the job) will handily defeat a moron with 100 times the resources.

    And, a final point: There are many questions a computer just won't help you with. Mathematica or MathCAD might integrate for you, but if you don't know what interal to give it, you can't solve your physics problem. If you can't code, the machine won't do it for you (well, there *IS* VB, but....) and the tool will certainly not enable cheating for courses like Foundations of Computing Theory ("This problem be solved on a TM. Prove or disprove this statement.") or advanced philosophy ("What do you remember about the St. Augustine Lecture? Compare and contrast with our guest speaker from Thursday...")

    IR / radio cheating is a tricky point, but I suspect that it could by defeated by a simple application of duct tape or the like... or simply requiring that laptops to be used don't have an IR port.

  • This really isn't much different than it ever was - an 'open notes' policy is just another way to slow down the people who really don't know the material, or weeding out the people who don't know how to index their notes (grin).

    I would imagine that students with Linux and Lynx would have an advantage over those with Internet Explorer, with graphics and javascript enabled...

    On the plus side, I learned a lot of the material simply by indexing notes, textbooks, and whatnot.

    Mark Edwards [mailto]
    Proof of Sanity Forged Upon Request
  • The internet is finite space. Every student is going to draw from the same pool of bits, usually finding the same examples (usually on other universitys' web sites). As far as I'm concerned, this act is counter productive because it teaches the student how best to use some one else's work, not to build on it. Maybe this would be acceptable for engineering students that don't need to think out of the box for every problem, but for sciences, a course like this wouldn't teach much. When we as a society start drawing on our own pool of information for every problem, it leaves the idea of advancement on the shoulders of those who either don't or can't use the pool.

    As far as emailing the answers around the room, that isn't too far from using the internet, since everyone is basically going to find the same things. At my university, we have two names for this act: cheating and plagerism. Open notes on exams may be the only way to go, for in the real world, scientists and engineers will always be looking up constants, and maybe a formulae or laws every now again to apply it correctly. This is a building process, unlike using a laptop on the internet, which is a plageristic process. sig(quote+"\n"+sign());
  • In some cases yes, being able to find the answer quickly is a much more relavant life skill than being able to cram inane trivia into your mind for short periods of time.

    But, in other circumstances it is vital to ensure that a student -KNOWS- relavent facts.

    This may or may not relate to the orginal exam the poster spoke about.

    Surgeon: I allways get confused which is the liver and which is the kidney. But I allways have Grey's Anatomy to help me look it up!

  • by mikpos ( 2397 )
    Assuming these tests are supposed to be some sort of test of your use in the real world. If I had to solve a problem for a company, and then handed in my report and said "well it's done, but I regret to inform you that I had to ask some of the leading experts in the field for their opinions", that's not exactly a negative thing. What's important is how well I actually perform.

    Personally, if I'm running some sort of company that makes use in organic chemistry, I'm not going to care about any of my employess organic chemistry skill or knowledge, but rather their organic chemistry problem solving skill or knowledge. If they have to ask someone else for help, who cares, as long as they get good results in the end (and they don't get me into trouble)? Like it or not, if you're in a university class, you're not doing it for acadaemic purposes anymore. Literally you'd find technical schools to be better for acadaemia than universities, so I think all that should matter in university classes is the ability to solve the problems in question, no matter the method of solving them.
  • High Tech Heretic by one Mr. Clifford Stoll. Have not read it yet, but was watching him talk about this very subject on CSPAN "Book TV". I was crying from laughing so hard (especially when he stands on the table and quotes Hamlet). Lots of good points.
  • Should have said Dr Clifford Stoll (he's kinda got this thing for astrophysics besides computers :-)

    Best Regards,
    Shortwave
  • ::shrug::

    I know E=mc^2 - but I certainly don't know every detail about it. Few people do, I'd wager.

    Sure I know the literal use as an equation. I can plug in values and derive unknowns. But do I understand its every nuance -- everything it implies? No. Not a chance.

    Now this may not be the best example here (in fact, it's probably an incredibly poor example, but it's Sunday, and my brain is in weekend mode ;) ) - but I think it's sufficient to get my point across. Just being able to regurgitate formulae isn't as important as knowing how to use them. Someone who knows the nuances, and is able to understand the equation at a much higher level, but has to look up the equation because they keep forgetting whether it's mc^2 or mc^3 (but they're smart enough to know they're unsure and look it up) is going to be a heck of a lot more successful than than the guy who knows the formula, but doesn't understand its meaning(s).
  • ...where we went online at a certain time and had to answer the questions and upload the answers within 2 hours.
    Cheating would be virtually impossible because they were essays and who had the time to cheat anyways.
    Essays are like written fingerprints in that a Prof familiar with your work can tell if you wrote it.
  • Laptops can be much more useful than you think. We, (at Rose) use them in lecture usually only in Math where it is nice to have Maple do the algebra of a large DiffyQ system. We also use them in all our physics labs to collect data using exteral sampling devices. Also, for introductory CS classes (especially CS100 which ALL students must take) the students bring their laptops to a lab session where they can code with the assistance of the professors as well as lab assistants. I can tell you now that if we did have this setup, many of the non-CS people would be absolutely lost in that course.

    Some (students) think it is a bad idea to let us use our laptops in class (particularly in Math classes) because we won't learn the concepts. But most of the students here are of sufficient caliber that they understand the necessity of learning the concepts and it isn't much of a problem. And those that don't get burned on the tests because they are usually divided into two parts, one by hand and one with a computer.
  • Once u get to higher levels of education, exams aren't testing your 'knowledge' as much as your ability to solve problems.

    I would have thought that the idea is to test *comprehension* in whatever field the exam is for. That seems to fit my comp sci courses, and I can't recall ever seeing a question on an English exam that starts out with "Solve the following:"

    Brian
  • Cliff thinks that coilbooks are obsolete now? Personally, I'll take a clipboard and looseleaf to class any day over my laptop....they certainly aren't obsolete. And hopefully never will be - $2 of paper and pens is far more flexible (durable, reliable, etc) than a $2000 laptop.

    Technology for it's own sake is trash. Use it when it provides a better solution.
  • How do they check, that you don't exchange answers
    with someone else in your class?

    This is about the main problem that keeps schools here from doing such exams - How can you grade a student, if you can't be 100% certain whether the answers given by the student are truly his or not.

    Also, they won't do exams on the school PCs, because it'd be too much work preparing the machines so that they have what you need but nothing, that could aid you more than intended by the teacher.
  • Requiring students to buy notebooks is great, if everyone even remotely interested in the course had the money to do so.

    What about those, who just can't afford a good notebook (note: when I say good notebook, I mean something post 486-notebook, because a much older notebook will be sooo slooooow, that the student will waste a good deal of time waiting for his/her notebook to respond)?

    I am currently studying for a CS degree in an evening class. Most students of these classes buy a notebook before the end of their 4-year courses, since they make life in the courses so much easier, but hardly any of the students buy one within the first year (since most start the study course without much CS background, and some simply cannot afford to go to a normal university). The evening classes university requires students to have employment according to their CS skills acquired at school. Working in the CS field then allows students more easily to buy some notebook on their own, since your work pay usually gets better during the course.
  • America has a huge divide in wealth, and already many poorer people can't go to college because of cost (the uk has just gone down the same road). You already have a level of advantage between people who can afford to just study for 4 years and those who are forced to work their way through, this would surely just increase this gap even further - think how many hours working at Burger King it'd take to buy a new laptop.
  • Can i phone a friend? :)
  • I just wish I could remember it long enough to understand it.:)
  • Haven't been up to the Southern part of Heaven in a while but I understand that The University of North Carolina at Chapel Hill is requiring this as well, and even specifying the brand and model (I think they get a bulk discount from IBM).
    The mental picture I get of 100 students in one of those old lecture halls all typing away at the same time drowning out the professor they're trying to take notes from is either very funny or very frightening, but not as scary as spending 24 hours a day trying to keep that thing from being stolen.:(
  • In my physics lab class I can still get most of the answers with out a calulator
    and where can I get a slide ruler these days I want to start using one of those
    just to freak out the other students


    http://theotherside.com/dvd/ [theotherside.com]
  • This a fear of mine our education system doesn't make our students think any more.
    This is why america is following behind in educating thier children


    http://theotherside.com/dvd/ [theotherside.com]
  • That test can be passed with a 5 without the use of a Calculator I have done it.

    I am concerned that in the "New World" that we will be using or minds less

    and allowing computers to do our thinking for us instead of use them as tools

    to help assist our thinking.

    http://theotherside.com/dvd/ [theotherside.com]
  • What the poster probably left out (I hope) is that the school was one that either requires each student to buy a subsidized laptop or to already own one meeting minimum specs. I don't see how a professor could possibly expect you to bring a laptop to an exam, or give those that have them that advantage, unless _everyone_ was known to have one.

  • It would be so easy for the teacher to check this... any IR
    sensor would help see who is cheating.
  • Personally, I despise any programs requiring incoming students to buy a computer, but for different reasons than most of the people who've already expressed theirs. I'm familiar with a couple schools that require desktops, and/or laptops. Every single one of these schools has a standard computer that they're trying to push their students to buy, and one of them sounds like they're going to do their damndest to make everyone have that specific computer. What if I want to get a better one? I have to buy both?

    Personally, I hate laptops. The screens are small (not too much anymore, but they were), smaller resolution, sound sucks, gaming sucks, that little joke of a pencil eraser they call a pointer, they overheat, wear out faster than desktops, blah blah blah. I would seriously consider going to a different school if I was required to purchase and use a laptop cuz I dislike 'em that much. I think the concept is really kewl, but the implementation leaves a lot to be desired. I don't like to use a stripped down computer (palmtops are not part of my argument). If it can't do everything that my computer can do now, I don't want it. Besides that, laptops cost a lot more, and are not easily upgradable. So what are the schools going to do when all their students new computers are outdated & slow when they become Juniors & Seniors? Suggest that they trade-up & get a new one? BS.

    A few of my high level ACS classes have a much better solution. With Web-CT and Mallard, teachers can make online tests that you take from your most easily accessible lab or dorm room. They can be timed or open ended within a certain timeframe, we have any resource we can think of open to us (just like the real world), and best of all, no worries about getting a laptop to a test & having it not boot. I've had a couple classes where the teacher allowed us to use any resource we can bring in (open notes, book, laptop...), and I don't like them as much as online tests. If you're gonna allow people to use the internet to answer questions (IRC anyone?) you might as well let them get out of the classroom & out of that stressfull environment to do it.
  • Again, I put it to you that you've never been poor. When I went through college, I had $30- Australian spending money a week which was to cover everything except food and accomodation. Depending on what kind of social activity you participate in, going out could cost anywhere from $0- to infinity.

    I'd agree that most people spend more than $14- a week on their social activity. However, it's certainly true that not everyone can afford $14- a week on top of what they're already spending ( especially if it's an up-front cost )

  • If the exam is open web, the issue is whether the students can find and answer questions accurately (and perhaps coherently).

    That's great if the exam is about using search engines. But unless the course is intended to serve as an introduction to using a web browser, it seems inappropriate.

    There are different ways of getting an answer, in the end it is results that matter in the real world.

    In the real world, you don't work under exam conditions. Ifr your goal is to "simulate the real world", a homework assignment ( where students could use any means including the web to do research ) would be a better means of this assesment than this exam..

    You fail to address my main objection -- that it does not adequately serve the purpose of a traditional exam ( namely that you know that you are evaluating the student and not someone else ) or a written assignment ( which provides a more in depth educational experience )

    To me, this whole thing just smacks of "technology for the sake of technology". I don't see how it offers any tangible advantage over more traditional methods of assesment.

  • As I said, tests shouldn't be about what you know, but about what you understand.

    Oddly enough, the people who "understand" usually "know" as well. Knowing is necessary, but insufficient.

    Knowing stuff is just regurgitating facts,

    Not always. I "know" my physics formulae years after I've taken physics, because I understand the concepts. It can be "regurgitating the facts". It can also be a by-product of comprehension ( not to mention doing ones homework ). In math ( where I work ), the students who do a lot of problems will not only obtain the "knowledge", but they'll also obtain comprehension and application skills. Exams should not be just about what you know -- they should test comprehension and application. And a well written exam will do this.

    The way you talk, you make it sound as though there exist students that "understand the concepts" but somehow don't know anything. During my years as a TA, I've found this to be false. It's simply impossible to understand a topic if you don't know the fundamentals.

    The Web would be used, in this case, for gathering facts, not gathering opinions.

    The idea of pursuing research in an exam setting is just absurd. No-one conducts any meaningful research in such a setting. This kind of exam is just as easy to cheat on as a homework assignment, but fails to offer the educational benefits of an in-depth project.

    hey are there to teach things like critical thinking, research and writing skills,

    You will never be able to teach research or deep problem solving skills in an exam. Exams are primarily to test basic competency, comprehension, and application of the knowledge as taught in class.

    For some courses, this is sufficient, because the courses are designed to simply provide the student with basic competency in the subject matter ( for example, college algebra ). In other courses, especially higher level courses, this is certainly not sufficient, and a greater emphasis on alternative methods of assesment ( oral exams, group work, written assignments, take home exams ) are more appropriate.

    You say that emphasis should be placed on research -- and I agree with you. Indeed, upper level courses typically do place more emphasis on this. But exams are not the place to do research.

  • I don't see how you'd need to quote some random webkook to write an essay on Hamlet, but that's JMHO. Moreover, I don't agree with the idea of "learning" or "searching for information" during an exam. You should already know the fundamentals, and also know what you don't know ( for example, physical constants, function tables ) and bring what you don't know to the exam with you. ( If it's appropriate ). To me, this web thing strikes me as a case of technology for its own sake.

  • The idea behind this and other open-boot tests is that you still have to come prepared, because if you have to look up every answer you won't have time to finish the test.

    That's still not a great way of doing things. If you're good, you can still look up most of the answers, finish on time, and get a good grade (trust me, I've done this). People keep talking about tests being only about rote memorization here, and that's not strictly the case. They're also to see how well you prepared for the task, how well you can pick the important stuff out from the chaff, and the like. Believe it or not, these are also important skills.

    All told, I wouldn't care if a test was open-laptop or not, seeing as I have no laptop anyway. Unless, of course, they let me bring in my PalmIII.
  • Finally a college that "gets it".

    Learning stuff - especially computer stuff, isn't all about memorization and regurgitation. It's about finding the information you need quickly and efficiently, and knowing how to use that information.

    In the "real world" (and I'm NOT talking about the crappy made-for-MTV shows -- blech!) if you are given a problem to solve, you can use every resource at your disposal to solve the problem.

    I've taken programming classes where the exams expected you to hand-write a 200+ line C program on the back of the exam sheet. Um...hello? When are you ever going to have to hand-write code? When is hand-written code useful? It can't be executed, debugged, or otherwise used in any useful fashion. (That was actually my answer to that question on the exam - the prof was cool about it and gave me 1/4 credit for pointing out how pointless it was, considering all the coursework was done on comps running a *nice* emacs setup)

    In the "real world" if I'm asked to write a program, chances are, I already have some boilerplate code I can throw in to start from, as well as some re-usable code from other projects. I'll probably have at least 1/2 the code for the project done in the first 5-10 minutes - with the other half being the project-specific code.

    If I need to check my syntax, I have reference books within easy reach. If I need help paring down the code or figuring out an algorithm, there are people I can email, mailing lists and newsgroups, search engines, etc... If I need quick answers, there's always IRC (or ICQ if someone clued-in happens to be on).

    In short, there are TONS of resources available, as long as you know how to use them. It's silly for exams to be given in any other context than a "real world" situation. When you're programming, you will be using an editor of some sort - probably one with syntax highlighting and other features to help eliminate the sillier mistakes (forgetting to close quotes/braces, forgetting ;'s, etc...)

    Now, the article doesn't mention whether or not it was a computer course -- but I can imagine many of the same tenets would be applicable to other studies as well. The info is out there. The help is out there. It's rather silly not to use it.

    Which uni was this at, btw?
  • Acadia University [acadiau.ca], in Nova Scotia, Canada, uses laptops to some degree or another for all of its courses. If you do not have a laptop one will be provided. Every room includeing residence is wired with multiple ethernet jacks. Acadia is an very good small university with an excellent CS program. While the fees are a little high by Canadian standards the cerriculum is cutting edge.

  • 1)cheating

    its fairly easy to cheat now without a computer. i mean, realistically, if you want to cheat nowadays, it really isnt that hard. that's why so many schools push the honor code- because they know they cant prevent it from happening. the college i go to, the professor doesnt even stay in the room for most of the exams. a lot of places probably arent that trusting, but schools could do a lot more to try to prevent cheating and most of them dont bother because they know people WILL get around it if they have to. (ie putting formulas and things into their graphing calculators, etc)

    2) effect on what exams really test

    people used to make the same arguments about what calculator use would do to math exams. while some of it is true, the best thing to do is probably to formulate the exam questions with the use of a laptop in mind. in other words, less memorization/core-dumping of facts and more critical thought, just as calculators encourage more problem-solving and less rote formula crunching. is this really a bad thing?

    3) inevitability

    in a couple of years, i think it will be impossible to prevent people from bring a computer to exams anyway. with the whole internet appliance thing and the future as envisioned by those wearable computer folks, people are going to be toting computers around with them whereever they go.

    unc_
  • Yeah this will surely solve those last two problems you noted. Once I can take an exam home there is no way the instructor can stop me from cheating. And surely this also gives me a greater opportunity to learn the material during the exam.

    My point exactly ! These "take home exams" perform the same function as homework assignments, they are not really exams in the traditional sense, and shouldn't be used as a direct substitute for traditional exams. Either you do want students to be able to do their own in depth research for the assesment in question, or you don't.

    If you do want the student to be able to do some real research and information gathering, then a take home exam gives the students the opportunity to adress more in-depth questions. ( BTW, I'm studying PhD in math. I agree that you can't put hard proofs on exams. Even qualifying exam questions are usually of the "follow-your-nose" variety. ) There is no advantage to having an exam for this kind of thing.

    On the other hand, if you don't want in depth research or very tough questions to be a part of the assesment, there is no advantage of offering unrestricted web access.

  • It's unfair, but at the same time, why is it important to know how to do everything by hand if you know how to make a machine do it for you?

    Once we have real AI, people will ask "why should I need to think" ? The point is that these skills are essential . Integration involves more problem solving than it does memorization. These skills are essential to solve problems you encounter later on, many of which are too general for a calculator to solve.

    you don't have to spend hours memorizing regular expression syntax

    No, you don't because you can memorize most of what you need in a few minutes ( or after writing one or two programs ).

    because you have your "Perl in a Nutshell" book on the desk, and you'll memorize eventually by doing anyway

    Just owning the book won't help you memorize. You need to use the book. The students who do their homework will learn the basic syntax as a by product.

    I think the ability to find information is going to become much more important than being able to memorize it.

    This is important, and you evaluate these skills with research projects and take home exams, you don't evaluate these skills in class.

    There's far too much out there to be able to know it all, and the people who will excel are the people who know where to find information they need in short order.

    However, the people who lack basic competency and don't do their homework ( which is what the exams test for ) will not excel at anything.

    However I think this is an inherent fault of technology and its associated cost;

    At least within the US, a used desktop is cheap , or even free.

  • Some people will say this is cheating, but I disagree. A fellow before me pointed out that universities to not teach people to memorize information so much as they teach people how to use it.

    It may not be cheating, but it certainly makes cheating easier. Here's my main objection -- the students should basically know everything prior to the exam, and with the help of a cheat-sheet, they should have all the information they need. They shouldn't need dig around to answer the questions. Moreover, research is not the kind of thing that should be performed in an exam room ( IMHO )

  • I am not clear on what they hope to achieve. I have some objections:
    • I don't believe that you can adequately test research skills within the constraints of an exam. Written exams are really only suited to testing basic knowledge/competency. This kind of thing needs to be tested in longer take-home exams or homework assignments. I would also dispute the quality of a lot of material on the web. Rather than quoting academic journals, you'll have people citing "some guy on da web".
    • Students should know the material fairly well before taking the exam. They should not need to learn it during the exam. Hence the text book plus notes should be more than adequate for this kind of thing.
    • As has already been pointed out, this makes cheating almost impossible to stop. Perhaps the only advantage of exams as a means of assesment is that it makes cheating fairly difficult. With this initiative, you possibly blow your only advantage. In conclusion, perhaps they should scrap this in favour of take-home exams or assignments.

  • We have a similar situation in my calculus class. 3 or 4 of us have TI-89s that will integrate or differentiate almost anything, which makes taking tests a matter of button pushing. I personally work everything out on pencil and paper and check myself with the calculator, but some don't.

    I can't imagine a consciencious professor who would accept a mathematical or scientific solution in final result form. All professors I've ever had REQUIRED disclosure of complete work. We all know that, in the end, anyone who takes the above sort of 'short-cut' is shooting themselves in the foot.

    But the ability to take examinations online with a full lap-top, opens up all sorts of interesting possibilities. In Calculus, what's to prevent someone from installing Mathematica? What's to stop someone from setting up a collaborative software, linked back to a room of better-informed friends?

    Then again, most college professors are not stupid. Those that opt for open-media examinations set up the tests in such a way that digging for information is not the skill being tested. Creative writing under timed conditions, on an assigned topic, makes the internet pretty useless - since you haven't much time to search, you can't creatively plagerize - you MUST do your own work.

    Ultimately, I think that this sort of testing is the way of the future. Facts and information are becoming trivially easy to locate - why force people to memorize it? Education is becoming more about understanding, and learning to manipulate the concepts, not the facts.

    Sure, you need to know the basics, but how many of us in the 'working world' function without relying on reference books, the net and our collegues? Facts are easy to find, but if you don't know what to do with them, you sink.

    As for the rich-poor gap... Bah! Computers are becoming dirt cheap, especially compared to the cost of education. The upcoming web-pads (a'la Crusoe) will sell for the cost of a schoolbook in a year or two. For this level of computation, cost is not going to be an issue for long. If you can afford college, you can afford the books, and the laptop (in a year or two mind you).
  • Three or four thousand dollars? Where are they making you buy laptops?

    You can get an operational Pentium III laptop for as little as $999. With an educational discount ...

    The school is already paying for a very high computer-to-student ratio in labs. An excellent argument can be made for making the ratio one-to-one and that computer should then be portable.
    ----
  • The use of laptops in school is a weird subject to think about, on one hand they're useful and on the other they are a waste of money. As we all know laptops are very expensive and are prone to theft, much more so than my pad of notebook paper and pen (although pens disappear regularly...). I can't really see how any school could require a student to buy a laptop computer upon enrollment, even with assistance, thats an extra 2000$ added to your bills (which at some schools is the price of a semester). Even then there's only a few classes that I could conceive using a laptop in, CS classes would be one and MAYBE math/science classes if you had a really awesome calculator program. An open internet exam doesn't make a whole lot of sense to me in most cases.
    I think a better solution to the laptop issue would be for the school to purchase the laptops and then lease or sell them to the students. Included with the laptop would be a wireless networking card that would allow you to access the network from anywhere on campus. Instead of letting you use the whole internet for exams and such, put all the relevant information on the school's intranet (essays, texts, research papers ect.) which the students could access from the classrooms. For students who already own laptops they could merely sell the wireless networking cards. This would allow students not to fully purchase the computer (for a 2k computer it would be about 500$ a year not including interest) and would give them access to all the needed information.
    Some schools are the opposite of this wiring idea, they're completely anal about computers in classrooms. My school doesn't allow non-lab computers in the computer labs which means I get yelled at if I take my Powerbook in there. Many teachers are violently opposed to computers in their classrooms, something I can understand well. I would not to be an English teacher in an auditorium that had 150 students typing away on their keyboards. In the Java course I took it sounded like it was raining whenever we all started coding, I couldn't drink a soda before class without paying the consequences. Besides the annoyance factor, laptops are fairly delicate compared to my textbooks and also would cost me a good deal more to be replaced if I threw my bag into the backseat with my laptop in there. On the upside to laptops, it would be nice in alot of classes to have the teacher's notes and slides available on the school's intranet. Not only for use in the classroom but for when I get home and need to go over the notes. Therein lies another problem, some teachers refuse to make electronic copies of their documents. It is alot of work to transfer all of your photographic slides to Powerpoint or turn your handwritten scribbles into nicely formatted notes. Some professors have TAs that can do the dirty work but many do not. Other professors just don't particularly care for computers in general and don't want to use them in class.
    All in all sometimes a blackboard, chalk, and some paper have more utility than a computer lab.
  • If they all have network connections, they can cooperate. IR ports aren't necessary.
  • You should already know the fundamentals, and also know what you don't know

    As I said, tests shouldn't be about what you know, but about what you understand. Knowing stuff is just regurgitating facts, and you don't have to "learn" anything to do that. A trained parrot can do that.

    The Web is not going to enhance your understanding on any subject. Citing someone else's opinion is useless. The Web would be used, in this case, for gathering facts, not gathering opinions. Again, I'm sure it would depend on the subject matter. Its up to you to draw your own conclusions.

    Besides, colleges aren't there to teach facts and data, they are there to teach things like critical thinking, research and writing skills, skills that are very, very valuable in the real world. Facts learned in college don't prepare you for employment...the facts you need to know for any given job will likely be learned on the job. But no employer can teach you how to think or how to write or how to do research...that's what colleges are there for.

  • Some schools do supply laptops.

    Besides, chances are if you can't afford a laptop, you probably can't afford the tuition, books, housing and other expenses involved with going to a college or university. That's what financial aid is for.

    In many colleges, it is now a requirement for students to own a computer, and I know of at least one college that requires the computer to be a laptop.

  • Wouldn't this test the student's ability to use search engines and not their proficiency in the subject matter?

    Actually, I think this would depend on how the exam is structured.

    Remember that really no examination in which you answer a series of multiple choice or fill-in-the-blank, or even short answer questions doesn't really test your mastery of the material. It only tests your ability to memorize and regurgitate facts. How many of you have ever crammed for an exam the night before, took the test, aced it, but then the next day or two totally forget everything you "learned" for the exam? BE HONEST.

    On the other hand, an exam with say, four essay type questions really could test your mastery of the material. I mean, for example, "Discuss the imagery used in Hamlet and how it interrelates to the plot." That's even perhaps a little too specific. But you get the idea, hopefully. The idea is the challenge your UNDERSTANDING of the material. To understand the material, you have to know it first.

    I honestly don't see how the TRADITIONAL type of exam, in which one regurgitates facts is particular fair or useful.

  • Hey, someone has to work in the factories. Of course, then we're putting people in third world countries out of a job.
  • Once u get to higher levels of education, exams aren't testing your 'knowledge' as much as your ability to solve problems. For all my senior finals for aerospace engineering (and this was 5 years ago) you were allowed to bring in ANYTHING u wanted, as long as it didn't have to be plugged in. We were being tested on your problem solving ability, not being able to remember poissons ratio for aluminium-2120.

    If you didn't know what you were doing, you were sunk. Extra resources weren't going to help u.
  • This is absolutely true. Without exception, every "really good" engineer, scientist, or other professional I've ever worked with had one thing in common: an understanding of the subject so comprehensive that they are at all times able to take any aspect of the discussion all the way back to first principles.

    This is the kind of knowledge that allows one to *easily* derive the formulae they haven't memorized, and it's the kind of knowledge one will never develop using the crutch of a calculator to generate symbolic solutions to calculus problems. (BTW: I speak as someone who used such a crutch, and then had to learn the error of my ways once I saw what real engineers (actual rocket scientists, some of them) were expected to know and do.) Schools that allow students to use such aids are robbing their students of the real education they should be receiving.

    Knowing how/where to find the answer is a very poor substitute for knowing the answer. Serious thinking is not possible without that knowing.
  • They are nifty inventions, but most of the people ere couldn't build one....

    O.K., for all of you saying the calculators/computers are a good thing, try this challenge: Without using your calculator or computer, design (and build, if you feel this is too easy) a fully functioning slide rule. I don't think there are very many college students today with an understanding of logarithms (big hint there) adequate to that task...
  • NO! If you really know the material, the time limit is never a problem. (See my post above - knowing where/how to find info is not at all the same as knowing it, which implies it is available for immediate recall and use.)

    I always loved those exams (too few and far between, admittedly), where I knew the material cold, walked in, aced the test in 20 minutes, checked my answers for another 10 minutes, and walked out confident while those that didn't know and understand the material were sweating it through to the bell.

    BTW, one of my better profs used the length of the exam, even in an open book situation, as the mechanism to separate those that knew from those that didn't. If you knew the material, you had time to finish - if you didn't, you soon found you didn't have enough time to look everything up. Excellent tests, excellent testing method, and they produced a class of students that did know the material.
  • I'll bet you a big bag full of Helium-3 filled buckyballs that your PC or calculator is obsolete before the spiral notebook.

    In fact, I'll bet the entire concept of PCs is obsolete before the spiral notebook.

    Oh, and even acid-based paper spiral notebooks can be reasonably expected to preserve their information for a century or so with no power and little liklihood of the data format becoming unreadable.

    Somehow, that spiral notebook doesn't look so obsolete after all, does it?
  • Ding! Maybe that's the real issue: Do timed, limited-access exams have any place in a modern curriculum? Maybe it is time to abandon that historical mechanism.

    Definitely. I never could understand the validity of a high-pressure, stress-inducing 2 hour session of answering questions as a true test of what I had learned in 3 and a half months of study. What I have learned is what I have learned, and a better measure of that is how well I can utilized it under real world conditions. A traditional exam setting is about as far from a real world simulation as you can get.

    The artificiality of the exam situation is highly suspect as a measure of an individual's true knowledge and their ability to apply that knowledge. It also represents the failure of schools to do true QA on their main product, educating people.

    It would be much better to monitor students throughout the duration of the course and grade them on their overall progress.

  • No no - having a computer at school is very beneficial. Having school revolve around that computer, though, is not. And my point about tacking on an extra (we'll go with your mark) $2000 still remains: Money is money. Most people who end up paying these large amounts do it either through aid or loans. Having to spend an extra couple thousand that you don't have is a slap in the face. Although, to be fair, many people already buy desktop machines to bring with them.

    I guess I have mixed feelings on this issue -- although I do agree with you that having a laptop at college is a worthwhile cause, I don't believe it should be an integral part of one's education. Simply because a good education has so little to do with a laptop. It's a handy tool, but the focus should remain on more imporant things.

    -----------

    "You can't shake the Devil's hand and say you're only kidding."

  • I have to agree. Not for the "equal-opportunity" part, but the last point. What's the point in allowing a class to take a test with the entire Internet at their disposal? What then are you really testing? If they're pulling the knowledge from somewhere else, then you aren't really testing their merit in that class. Unless, of course, that class happens to be "Webcrawling 101".

    -----------

    "You can't shake the Devil's hand and say you're only kidding."

  • That's just it - good tests force you to do things symbolically (though Maple and Mathematica can help you cheat a little there), but a good "show all work" kinda thing is really the point.

    Integrate this from 5 to 12, integrate this from t0 to t1, show me an example graph with different values of w all on the same plot, and explain what this means show an increasing amount of knowledge on the student's part. The first is trivial with a calculator or laptop. The second requires several steps, and may need some work with it. The third could be done with a graphing calc, but it would still require some understanding to put things on the same graph. The fourth is the kind of analysis that you really want to get at, most notably in an Electromagnetics course, where you've got all sorts of great 'div, grad, curl and all that' equations, but what does any of it mean? I'm still happier with an engineer that can explain to me how something works than one who can crank through needless calculations, but cranking away is often part of the path to understanding.
  • <aging 22 year old> Why, back when I was at RPI, they were just starting off the studio class programs... I was in normal physics/calc, and I had some friends in the studio / pilot laptop versions of these courses. Our take on that? The laptop versions were way easier, and you got less out of it, partly because the curriculum was different, and nobody was used to teaching this way yet. But by my senior year, it had been decided that the laptop program was in for good. At first they said that the laptops were not going to be part of your tution, and not even considered with financial aid (yikes!), but they seem to have relented there, and the software discounts from the conputer store aren't all that bad. I still think that mandating laptops and focusing a greater number of courses around them is a poor idea, though it does have its place. Unfortunately, I think that Calc 1 should *never* be one of those places - learn it, then learn to use the computer to do it. But learn it first. Maple is your friend (gosh, the earlier versions were so awful), but if you don't understand what it is doing, you're not gaining anything. </aging>

    All that being said, your education is what you make of it. Laptops or not, graphical calculators or not, you still have the opportunity to learn a lot of neat and important things, and it's your decision to deprive yourself of that knowledge.
  • A friend of mine has a slide rule mouted on a plaque with a little plate that says "Use in case of emergency" or something like that. Pretty good. I'm thinking of mounting one of the slide rules I have around (2 right now - one 'pocket' rule, and one larger, more accurate one). Pretty nifty inventions.
  • um.... ok... if you are talking about Chubb or ITT tech 'engineering'. Of course, that's not a real school, and not real engineering.
  • At Caltech we had open book take-home exams in some classes--but that didn't mean that things were any easier. In fact, in those classes the questions would be corrispondingly harder.

    One math class I had, an abstract algaebra class, our midterms was open-book, take home, and was handed to us four weeks before the test was due. And it had only one question.

    Simple? HAH!

    "Classify all simple rings of size less than or equal to order 60 up to isomorphism. Show all work."

    I hated that class.
  • I can't wait for the "Open Answer" tests, where you can make up any answer you want and it is correct. Or you can just copy them over from the answer sheet they provide you.

    Anybody ogling at how cool this is also realize how stupid it is?
  • Ok, I had a class like this, Analysis of Algorithms, where anyone could bring whatever type of computing device they had, whether it be my trusty TI-85 or a laptop. We could also bring a sheet of paper with information on both sides.

    I did fairly well in the course, so I didn't complain even though I don't own a laptop. It seemed kind of unfair, however but I think my professor probably figured that it didn't matter that much. I mean after all there was a time limit, what were the students going to do, write each algorithm into a program and then try to run it on a computer to make sure they had the right answer?

    No, the only thing I think the professor should've done was allow a whole notebook worth of notes, since the storage on the laptop was much greater than just one sheet of paper (or a TI-85.) (Please note, laptops were allowed but not modems, that's a big difference. My professor assumed "modem==outside help" and would allow rampant cheating.)

    My personal opinion is that, in an ideal world, there would be a standard computer lab where everyone would take their exams on school computers.

    Unlikely to happen at my school though, they'd rather spend money on the football team.

  • If you have all this trouble yourself with using the web, and you let it get to you like that, then you're probably not worth hiring for a high tech job.

    You mean you've never accessed a site and had it be dog slow? You've never been unable to connect to a favorite site? What if the college network drags to a crawl because some new game demo just came out?

    Setting up a special web site containing notes and such, yeah that's clever, but it's hardly the point. You would be much smarter to just photocopy the notes and bring them to class. Or put them on your laptop and search for the information in a local file. In a high pressure situation, you go for the most reliable solution.
  • Searching the web can be *infuriating*, especially if the local network is bogged down or a site you need to access is having trouble. I love the web, but I have to admit that finding information on it can soak up a surprising amount of time. If I had an exam like this, I'd think the ability to online searches was a red herring; if you took advantage of it, you'd never get anywhere, just as if you were allowed to take a 50 minute math exam with in a room filled with math texts,
  • An excellent test under real-world conditions. Who hasn't been distracted by Slashdot while "working from home"?
  • I agree with you about this to some extent. Particularly when you say when a person who needs to just look at a sheet to confirm memory. I don't think however, this is the kind of learning that the open net test will encourage. I think that this net test will encourage people to not look at the equations at all and just look them up during the test. The process of trying to memorize the equations leads to a lot of understanding on what they do. I'm not saying you should have them utterly memorized (though I probably sounded like that in my post) but you should be very comfortable with them. At least in my experiance, if I try to spend a while trying to memorize the equations, it is much easier for me to go through a problem because I basically already know where each piece of the problem will go.
  • I'm not quite sure if this is a good idea or not. I can see some places where this might work, plaes that generally do groups exams and such anyway, but isn't this really condusive to cheating? Or even if a person doesn't cheat, what do they learn if they can immediatly just look up the information on the net? Now you may say the memorizing needless facts that can be looked up anyway should not be important. To some extent I agree, but memorizing facts leads to a much stronger understanding of whats going on. Say I'm working on a complex physics problem. If I don't have all of the equations I need to know down cold, I probably won't be able to use them together to solve a problem. Memorizing doesn't just ential knowing each term of an equations. Memorizing leads to a deep understanding of that concept, how and where to use it, and any details about using it. A person who needs to look these equations up will be nowhere near as succesful on a problem as one who knows them by heart because the person who has memorized them knows every detail about them and knows how to use them together to solve a problem.
  • Memorising != understanding. On the contrary, my personal experience is that what I understand is memorised, while that which I merely memorise vanishes soon. I understand the terms in the formulae, after which I know what is going on. My fellow classmates merely learnt the terms in the formulae and quote them from memory. And they score better than I do. But they can't understand if I was to merely say the same thing with a different notation (as in replacing ca by c1). So does memorisation aid understanding? My experience says that its the other way round.
  • Many students don't pay the full listed price when attending universities, due to grants, making up the gap with loans. This means that a fairly poor student may be able to attend a *nominally* expensive school with far less net expense than listed, leaving with a degree of student debt that's less than expected. However, such a student may not be able to afford the *additional* expense of a laptop.
  • How would taking a laptop in help on a high-level math test? Then there's the composition/essay tests like in philosophy... 'Please search the net for your opinion and turn it in...'

    This may serve to further weed out the dumb ones. When taking a test, the idiots would rely on the answers to the questions being on the net somewhere. Where the smart ones would actually study and spend the test time actually thinking about the answer.

    I gotta wonder how they're going to keep people from cheating... What are they going to do, watch everyone like a hawk to make sure they're not emailing their friends?

    I just think this is a bad idea. Maybe with a firewalled net appliance with no email program enabled you could keep people from cheating. Who knows? Maybe this is a useful life skill, learning how to rely on someone else's work to get ahead. But I'm a cynic.

    It'd be fun to put up some good spider food for this purpose, fake answers and stupid ideas. You could have a lot of fun with this, messing around with freshmen... Did I mention that I'm both a cynic and a jerk? Thought so.

    Then again, here I am about to put up an example program website, I guess I'll have to make it clear to everyone that they shouldn't use it for tests in comsci...
  • Most schools with this policy have further scholarships to cover this problem. And if you can't get one, there are always plenty of colleges that don't require laptops, but don't stand in the way of those that wish to provide a given environment for students to streamline teaching.

    -----------------------

  • Someone has to design your TI-89. They can't use a calculator to design itself when it hasn't yet been designed.

    Someone has to write your Perl in a Nutshell book, etc. etc. If we start relying on knowledge passed down from those who came before us in the form of machines and textbooks, we'll be screwed if we ever have to come up with something ourselves.

    Just another way of looking at this..

  • Do you want to me just another IO port on your network? Just another printer port?

    A) Reading text off the sreen is not a skill (I have software that will do that).

    B) C&Ping text from one document to another is not a skill, (I can do that)

    C) Figuring out how to quickly find data is not a skill. (I have search engines that will do that).

    D)Organizing and filing this information is not a skill. (I have a database do that).

    If you really want to set your sights on achieving such resume' items such as Google master, and Dogpile guru you're setting your sights to low, and people won't pay well for those services.

    What companies need is people who have a deep understanding of the issues challenging the company, and how to take the next step with confidence. This requires a person to work well with a team to provide intuative answers everyday, all day, off the top of your head in order to form and consesis and build enough confidence to move forward.

    If you're asked questions by your fellow co-workers and are constantly refering to a web site for trivial answers on the topic you've majored in, then you're selling me on the web site, not yourself. What the company would need to do, in that case, is get the team access to the sites you're refering to and stop wasting time asking you questions.
    _________________________

  • Our whole 40000-whatever year history is about relying on what others have done before us. The whole of human culture and technology happened because of it. We lose something when old skills and tools are supplanted by new ones, sure, but we also gain a lot from it.

    The use of books came with the loss of oral history. The use of pocket calculators came with the loss of the slide rule.

    As long as you know the basics, you're not screwed at all. The reason we do long multiplication (or learn poems) in school, for instance, isn't that we need the skill, these days, but to understand the principles so that (a) you get the understanding and (b) you can fall back on it if the calculator's batteries give out.

    You can do without all the fancy Internet searches or computers or calculators or books. It would take a lot longer, though. In fact it would take so much longer that you wouldn't be able to come up with something new in the field in the first place.

  • why is it important to know how to do everything by hand if you know how to make a machine do it for you?

    Because you need to know how to ask the machine the right question.

    I would put up big money on the bet that kids who learn to do calculus on paper are much better at applying their knowledge than kids who learn using calculators.

    At some point, if you're lucky, you realize that education isn't about learning the answer to every question- it's about learning how to answer the questions.

    -cwk.

  • Much like the take-home exam, the questions need to appropriate for such a test. I would love to give a test like this, advertised as open web and then I'd put questions on the test that could be answered quickly by a student who knows how to solve the problem. I'd put enough of these questions on the test to make it time limited, with ONE question that would require 10 minutes of net research. The real test would be for the student to recognize which question requires info they have not been given in the course and see if they can find it quickly. Students who surf for all the answers get hosed.

    I'd tell the students my strategy beforehand so as not be tricking them.

    As many others have already noted this would have to be firewalled and monitored apropriately to prevent cheating. Set it up for http requests only and snif all packets so you can investigate suspicious test answers for cheating.

    In the real world, if your boss asks you a straitforward technical question you are expected to answer it immediately, if the question if difficult and you find the answer on the net you are considered resourceful.

  • As far as preparing the computers, this could be done easily with a room full of iMAC's that are netbooted from OS X server. If the only application they needed to use was a web brower you wouldn't be discriminating for which OS people use, just provide Netscape, IE and Mozilla (or any others people request) and a two button mouse. Each computer should be the same, running the same setup as provided by the boot server.

    I'm sure similar netboot set-ups exist for the PC (or soon will).
  • In a word, "Nah."

    When I was in university (about a decade ago), we were usually allowed a 'cheat sheet' with formulas, constants, etc. on it. If you needed more than a few things from it, you were doomed anyways. Some exams were open book--bring in anything you want, except for a live person. Same results--if you really needed those textbooks, you probably weren't going to pass with or without them.

    A good exam will test your knowledge, and even having a person on the other end of a phone or computer won't help that much if you don't know your stuff. There will be a few people who can successfully cheat and pass, just like there always have been. They'll continue to be in the minority.

    Besides, when you get past first or second year university, there aren't many cheats left because the people remaining are paying LOTS OF MONEY to suffer through hell--they usually want to know the stuff they're supposed to be learning.

  • Think about it. This exams format is in many way just like a take-home exams. Hell, I did very valid take homes in Complexity Theory class and Numerical Analysis.

    I see the time frame is more restricted in this case, and also the bandwidth between the student is limited. I don't see how this make up for a wholy different kind of tests though.

    oh yeah, and all this shit about how laptops split the poor from the rich is irrelevant to this story. This discussion happed when universities started first considering those kind of policies.



    -

  • People have to realize that in terms of conceptual evolution, there has been very little new thought up since the early seventies in CompSci. All we have been doing has been implementing the ideas of people like Alan Kay and Doug Engelbart. What is Linux but a clone of a 30 year old OS? What has Microsoft or Apple done new that wasn't done first and Xerox PARC and SRI?
    So? Nuclear power reactors are steam engines with uranium or plutonium instead of coal. I believe the adage is 'If it ain't broke, don't fix it.'
  • This school requires every incoming freshman to purchase a laptop. I think that this is a great policy. We are turning into an information society, and especially engineers need to have as much information available to them.. Many people will whine and complain about how this is cheating, but in the real world, one can and should use any information possible, it does not need to be memorized, just accessible. What colleges teach is not information, but how to use information.
  • That's a good point. I didn't necessarily mean replacing teachers, however. (Both my parents and several of my friends are teachers, and they would hunt me down and kill me if I so much as whispered such a thought.)

    What I meant in that paragraph is that much of the learning that required expensive private tutors just a century ago will be available cheaply (or freely) over computerized networks that allow students' curiosity to control learning.

    And (risking mutilation from my family and friends who are teachers), I can imagine a day when computerized systems might be so advanced that they make most teachers obsolete. People worry about how "impersonal" distance education will be, forgetting that any distance education over the Internet will be far more engaging than the "personal" education common for much of human history (like scholastic monks learning from thick handwritten books in the Middle Ages) or even U.S. history (recall the image of Abe Lincoln reading books by firelight).

    Also, many students have been scarred, not helped, by teachers and peers in our public education system, and this might provide some relief.

    A. Keiper [tecsoc.org]

  • Time limited exams do have some use. They test the ability to work under preasure. They also force one to sharpen focus on a problem.

    How good of a programmer are you if it takes you three hours to write a "hello world" program?

  • This would let someone have "life lines" on IRC or via email. Will the exam question include Is that your final answer?

  • If someone picks on a nerd, the nerd will crash the bully's machine during an exam. How could they tell if it was a Windows crash, or an attack anyways?

    Why would you have people taking the exam help you? Why not set up a few "life lines" to experts in the field? Having classmates help would be like the blind leading the blind.

  • by tzanger ( 1575 ) on Sunday March 19, 2000 @07:36AM (#1192497) Homepage

    at a university? wow.

    I mean this is a good thing. The questions asked will be on how to apply the knowledge, not the knowledge of the knowlege itself. That in itself is invaluable. I wish high schools worked that way but many are still stuck on the "To get the answer right, you must do it exactly how we taught. If you skip steps or do it another (valid) way, you will fail."

    The part about requiring a laptop and wireless access is kind of stupid if you ask me. Why laptops? What's wrong with using the lab computers? Making each student procure a laptop is a little silly and tends to weed out the poor from the rich kids.

    As far as the infrared sharing goes, You could bathe the room in randomly modulated infrared light. Or simpler, just get some bright orange electrical tape and cover the infrared port. Think of it though. All these guys are connected to the 'net. What's so hard about firing up an ICQ ActiveList or IRC or even plain email?

  • by tilly ( 7530 ) on Sunday March 19, 2000 @01:23PM (#1192498)
    I have consistently found that the people who I considered to have learned the best are almost all people who are willing to sit down with large bodies of information and master them.

    Sure, "Learning to Learn" sounds great. But realistically the way you learn to learn is to develop enough knowledge that anything you go to learn fits in a context. The specific facts usually don't matter so much as the context - if one person hears 1812 and thinks to the US invasion of Canada, and another thinks of Napoleon, both will have a context and will have a far easier time fitting the fact into their brains than someone with no grasp of history. (The one who thinks Napoleon will have an easier time with remembering what the 1812 overture is about though!)

    I will leave the specifics of your calculus class for another time. Suffice it to say that if you do not conceptually understand how the math works, you won't be able to comprehend a lot of things down the road. But hey, you can still get a job for big bucks in Silicon Valley or on Wall St, so why does it matter? :-(

    Cheers,
    Ben
  • by elflord ( 9269 ) on Sunday March 19, 2000 @10:33AM (#1192499) Homepage
    Assuming these tests are supposed to be some sort of test of your use in the real world.

    In the real world, you don't start a project, and turn in the solution to your box 2 hours later. Exams are designed to test basic knowledge of and competency with the subject matter. They are not designed to test research skills, or skills at solving hard problems, in fact they are woefully inadequate at this.

    Obviously, if you lack basic knowledge are woefully incompetent with your subject matter, you will not be of any use in "the real world".

    Personally, if I'm running some sort of company that makes use in organic chemistry, I'm not going to care about any of my employess organic chemistry skill or knowledge,

    I'd certainly hope they had some skill and/or knowledge. Obviously, it's not the only criterion, but surely, there's a minimum acceptable level ? As a mathematician, I have great problem solving skills, but I'm not much use as an organic chemist, because I don't know anything about chemistry.

    Sure, asking for help is OK. Research projects ( which often involve or even require collaboration ) are a good idea. But an exam is not a research project.

    so I think all that should matter in university classes is the ability to solve the problems in question

    Yes, but how do you measure this accurately ? What if the student pays a tutor to solve the problems ? In this case, the student hasn't solved the problems, a tutor has. And the method the student has used ( paying a tutor to do it ) is not going to be a very succesful strategy in the work place.

    There is certainly a place for collaboration, where students work with other students and jointly solve problems ( ie not one person doing the problem for someone else ).

    Like it or not, if you're in a university class, you're not doing it for acadaemic purposes anymore.

    The fact that grades have become so important makes it all the more important to make sure that the assesment mechanism is fair.

  • by UncleRoger ( 9456 ) on Sunday March 19, 2000 @09:24AM (#1192500) Homepage
    It really depends on the subject, but in many cases, if you don't know what to look for, the best search engine won't do you a wit of good.

    When I took basic physics during my short college career, the professor let us bring a 3x5 card to class for the test. We could write anything we wanted on it -- the all-important formulas, the entire textbook, Verdi's opera scores.

    Of course, the only thing that would really help were the formulas that applied to the subject matter, but you had to know which formula to use, and how to use it. The professor wanted to test our understanding of the subject matter, not our memorization skills.

    Sure, one could possibly find the exact problem on-line, but unless this is an unlimited-time test, you'd be a lot better off knowing the subject matter (and perhaps looking up some formulas) than trying to do your studying during the test.

  • by Bowie J. Poag ( 16898 ) on Sunday March 19, 2000 @07:25AM (#1192501) Homepage
    Sounds like a spiffy idea at the outset, but, keep in mind that quite a few laptops these days have IR ports on them. Nothing prevents you and your neighbor from sharing/comparing your answers. It defeats the whole purpose of having a test in the first place -- a test is meant to determine how well you've aquired a certain skill or chunk of knowledge -- not how fast you can _retrieve_ that knowledge from a secondary source. Friend in the seat next to you, internet, or otherwise.

    Then again, if you trust anything you read on the Internet, you deserve to fail.

    Written from my happy IR-equipped Thinkpad,

    Bowie J. Poag
    Project Founder, PROPAGANDA For Linux (http://propaganda.themes.org [themes.org])
  • by SuperPedro ( 18203 ) on Sunday March 19, 2000 @10:22AM (#1192502) Homepage
    At Western Washington University students are required to have a TI-82 calculator or better to take math courses.

    This causes 2 problems. First off, the teachers are so dependent on their calculators they only know how to tell students which buttons to push. If Tommy bought a TI-86, he can just forget about getting help from the Professor because his buttons are different.

    The second problem occurs when little Johnny buys a TI-92 calculator that is capable of solving more problems. He doesn't even need to understand calculus to pass the class... he just punches in the integral and presto! The answer appears magically. Meanwhile his fellow students who know what an integral is... are struggeling to find which sequence of buttons they need to push on their calculators to do the same thing.

    End Result: Johnny gets an A because he spent $100 more on his calculator than Tommy. Tommy gets a C not because he can't find a derivative, but because he spent too much time trying to learn which buttons to push.
  • by Foogle ( 35117 ) on Sunday March 19, 2000 @07:50AM (#1192503) Homepage
    Yeah, there's nothing like tacking three or four thousand dollars onto already exhorbitant education fees. And there's no sense even comparing the two costs -- a good college education is intended to last the rest of your life (relatively speaking) whereas a laptop is guaranteed to be obsolete by the time you graduate.

    And all for what? What does a student really learn from having a laptop? How to take care of a laptop? That's about it. Sometimes technology is just for technology's sake and it often has no place in our education system.

    -----------

    "You can't shake the Devil's hand and say you're only kidding."

  • What about the fact that 99% of people out there can't afford laptops, or who could only afford a much less reliable laptop than others?

    Surely until such time as everyone could afford a suitable laptop, or the school were prepared to provide the laptops, then this would be an extremely discriminatory practice?


    We have a similar situation in my calculus class. 3 or 4 of us have TI-89s that will integrate or differentiate almost anything, which makes taking tests a matter of button pushing. I personally work everything out on pencil and paper and check myself with the calculator, but some don't.

    It's unfair, but at the same time, why is it important to know how to do everything by hand if you know how to make a machine do it for you? You don't have to memorize the periodic table because you can look at it, you don't have to draw graphs by plotting (x,y) coordinates because a calculator will do it for you, and you don't have to spend hours memorizing regular expression syntax because you have your "Perl in a Nutshell" book on the desk, and you'll memorize eventually by doing anyway.

    I think the ability to find information is going to become much more important than being able to memorize it. There's far too much out there to be able to know it all, and the people who will excel are the people who know where to find information they need in short order.

    Unfortunately, I agree that this will widen the rich-poor gap in education. However I think this is an inherent fault of technology and its associated cost; it would be counterproductive to fight it, and turn out students who do everything the old-fashioned way because some people couldn't afford the tools to make it easier. You could hardly voice your support for a woodworking class that used only non-electric tools because not everyone could afford jigsaws and drills.
  • by Phizzy ( 56929 ) on Sunday March 19, 2000 @07:38AM (#1192505)
    While this may be considered cheating in the current academic climate, I think this kind of thing is going to be the porthole to a whole new way of thinking. What is tested in schools now is mostly the ability of a student to retain knowledge. While this is an inarguably useful trait, anyone can memorize a given sum of information with a certain amount of time on their hands. So as a result, school is easier for some students and much more frustrating for others.
    What if, instead of being tested on how much the brain can retain, we are tested on how fast the brain can use all of it's available resources to find the information it needs to complete a given problem. That tests creativity, adaptability and resourcefulness rather than just memorization. These traits are much more important in my eyes for life than memorization is.
    Now that we are entering the information age and so much information is being linked together in such a way that is can be easily associated with other relevant information, the information itself becomes less important than its meaning with respect to the information associated with it.
    For now, we will have to use laptops/cellmodems or workstations/ethernet, but eventually when we all have wireless implants, this kind of testing will be the only way to go since everyone will have instant access to all of the information they need and memorization will no longer be restricted to the unpredicatble nature of the human brain. at least I hope so...

    //Phizzy
  • by bpitzer ( 80243 ) on Sunday March 19, 2000 @07:34AM (#1192506)
    I can't agree with this policy on any level. I paid for my college education practically on my own, receiving very little aid from my parents. I took out loans, worked my ass off, and still, I didn't have anything close to the money to purchase a computer of any sort, let alone a laptop. I don't care how much people say that this is a great example of how people are moving forward in the information age. I say it's an example of how some people are getting left behind in the information age.
  • by ATKeiper ( 141486 ) on Sunday March 19, 2000 @08:25AM (#1192507) Homepage
    Technology is giving us new tools for teaching - from the Internet to televisions in the classroom. In 1980, teachers showed their students decades-old educational films. In 1990, teachers showed their students months-old educational videos. Now, with educational TV and Internet content, teachers can show their students news as it breaks.

    A century ago, wealthy families would spend huge sums so tutors could pay individual attention to a student. Now we can envision a day when all students get individual attention, from computerized teaching systems that have instant access to information unobtainable scant years ago.

    Already there are online - and accredited - high school and university classes. Soon, neither work nor age nor location will impede your continuing education.

    What's more, technology is not just changing how we learn, but what we learn. As others here have noted, we're moving to a system wherein the teaching of information literacy is becoming more common. But what does that mean? Does it merely mean the ability to navigate your way to the information you need? Or does it mean we will become know-nothings, unable to make the simple associations of knowledge that are possible when facts have been crammed into our mind by brute force? Santayana famously said that those who are not familiar with history are "doomed to repeat it"; if you don't know history, but merely know where to find it, are you doomed to repeat it? It's up in the air.

    We have a number of articles on this topic on our Education page [tecsoc.org].

    A. Keiper
    The Center for the Study of Technology and Society [tecsoc.org]

  • by www.sorehands.com ( 142825 ) on Sunday March 19, 2000 @07:47AM (#1192508) Homepage
    I have a friend who is studying for the bar exam in Los Angeles (California). She told me that you now can take the bar exam with a laptop computer.

    But you have to run some software from to take the exam. [examsoft.com]

    This software will prevent someone from loading other packages during the exam. I guess they think that a lawyer would cheat on a bar exam. Nah, of course not. :)

  • by LessTalc ( 164898 ) on Sunday March 19, 2000 @07:50AM (#1192509)

    There are several reasons why this idea is flawed. Firstly, a fair exam requires that nobody in the exam can communicate with anyone else in the world during the exam. Anyone with a basic knowledge of cgi programming could easily cheat by punching the questions into a web form, having arranged previously for someone not taking the exam to collect this input and send some valid answers

    Secondly, equal opportunity. Laptops aint cheap.

    Thirdly, security. There's always going to be one kid in the class who leaves a script somewhere on the net to take out half his classmates. Even one successful DoS attack per exam would make the technique unacceptable. Firewalls? Well, how about using a small 2.4GHz frequency jammer. You can at least postpone the exam.

    I mean, if you're going to allow connectivity and communication, you might as well take away the time limit and call it "course work"

  • by sansbury ( 97480 ) on Sunday March 19, 2000 @07:33AM (#1192510)
    Everything looks like a nail.

    A good education teaches you ways to think, and solve problems, not just to use tools. We "geeks" are often guilty of viewing technology as an end in itself, and not simply as a tool, which is what it is.

    Colleges too often fall victim to academic fads, the most recent of which is this apply-technology-to-everything silliness. The real tragedy is that in the rush to embrace the latest Big Thing, money often gets redirected away from things like hiring more or better faculty.

    -cwk.

  • by canthidefromme ( 129041 ) on Sunday March 19, 2000 @07:21AM (#1192511) Homepage
    Wouldn't this test the student's ability to use search engines and not their proficiency in the subject matter? Last week I found an example using google that was exactly the same as a problem on my Vector Calc problem set, with the only differences in the wording. If I could find an exact problem on the subject of line integrals, imagine what one could find on a subject like Hamlet or American History...?
    -j
  • by LessTalc ( 164898 ) on Sunday March 19, 2000 @07:24AM (#1192512)
    This school requires every incoming freshman to purchase a laptop. I think that this is a great policy

    Yes, that's fantastic. Good education could do with another way of weeding out the poor.

  • by Ewan ( 5533 ) on Sunday March 19, 2000 @07:26AM (#1192513) Homepage Journal
    What about the fact that 99% of people out there can't afford laptops, or who could only afford a much less reliable laptop than others?

    Surely until such time as everyone could afford a suitable laptop, or the school were prepared to provide the laptops, then this would be an extremely discriminatory practice?

    While the idea is kinda neat, the fact is in an exam like that the person with the better laptop who could (for example) view more information on screen or get audio data along with plain text, would have a distinct and unfair advantage?

    Just seems that way to me...
  • by Money__ ( 87045 ) on Sunday March 19, 2000 @08:11AM (#1192514)
    I can vividly remember my father (who was a slide-rule toting engineer) being utterly discusted with my school when they asked parents to buy their kids a calculator for math class. I even remember my father taking me down to meet one on one with the math teacher, and my dad getting up on the board to show the teacher a thing or 2 about the subject he was teaching, then going on to argue that the subject of math requires not only the solution, but the means of acquiring that solution.

    Interestingly, one of the other students in the class took it uppon himself to memorize the button locations on his calculator that produced the desired result. When his calculator broke and was replaced with a new one (one of those old TIs with the row of red numbers) he was lost, and had to learn the interface all over again. The problem there was, he was concentrating on the answer instead of the process (the what, not the why).

    The same problem still exists today with the use of internet gateways in the learning process. It can speed things up a lot, but the emphisis should be on the content, not the means of aquireing it. Supose little johnny builds himself a well anotated bookmark file of content rich sites that provide him with the answeres being posed in the class. This may get him through the semester, but without understanding the relationship between those answeres (the why behind the what) nothing is learnd. Sure, little johny has learned how to query his favorite search engine and filter content, but after graduation, when he's asked one day to come up with a presentation on the subject he's majored in from a hotel room, with no net access, the depth of his understanding will be tested.

    Everyday, little johny will be relied upon from his co-workers as a source of knowledge on the topic he majored on. Being able to provide the team with the answers they need (on the fly, every day, all day )is a the key to a successfull team.
    _________________________

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