超越问题和答案:促使反思和加深理解数学使用多条目日志

Q3 Mathematics
A. Powell, Mahendra Ramnauth
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Fm~e~~ore, ~is appropriated time and space offer us the possibility of mcreasing our insight into a piece of n:athematics while students, in awe, mostly listen to our display of knowledge and, when it occurs, witness om mathematical growth On the whole, then, the benefits of office-hom· or tutorial sessions mostly accme to us How can instructors and tutors go beyond question-andanswer sessions and provide time and space fm students to reflect deeply on, gain insights into, and increase their understandings of mathematics? What pedagogical vehi~les can prompt these behaviors and cognitive acts? Leammg, contrary to the famous adage, does not occur from expetiences alone. For it possibly to occm, learners must reflect on their experiences. They must connect and make sense of their experiences in the context of knowledge they already possess. Instructors and tutors, therefore, need pedagogical vehicles that explicitly engage students in reflecting on mathematics. 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引用次数: 31

摘要

数学教育中关于有效辅导方法的讨论很少;尽管如此,这些课程与课堂上的互动教学一样多。通过发起这一领域的讨论,我们邀请其他人为这些开端做出批判性的贡献。显然,这一领域的讨论将通过课堂互动提供信息,并通过课堂互动获得信息。出于这个原因,尽管我们关注的是办公室-家庭或辅导互动,但我们确实指出了如何使用我们描述的教学工具来通知课堂实践。在办公时间或辅导课程中,学生通常会设定特定的目标,在教师或导师的默许下,这些目标管理这些课程的互动。这些目标通常集中在学生寻求即时答案或解决方案的问题或问题上。这些会话的交互通常有两个有问题的特征。首先,力学或技术问题限制了数学对话,其次,在这种“对话”中,教师或导师的大部分时间都在说话或解释,从第一个特征中可以明显看出,教师和导师的运作方式很像机器,每次学生提出问题时,他们都会给出解决方案。“你是怎么做第35页的第15题的?”或者,在极少数情况下,“我能解决这个问题到这里,但不知道如何完成它,你能告诉我如何继续吗?”课程强调内容而不是过程,强调答案而不是理解,有助于形成学生以这些方式对数学学习作出反应的学术文化。我对许多课程的节奏和肤浅感到不满,因为他们努力让学生去证明技术,去证明公式的推导,或者去理解和讨论数学对象和过程的意义。学生们要么无视这些姿态,要么恳求说:“告诉我怎么做吧。”考试后,我可能会思考为什么它有效。”办公时间或辅导课的第二个问题在于,谁做了最多的动作,说了最多的话,因此谁获得了最多的知识。通常情况下,我们,教师和导师,用我们的行动和谈话主导了这些课程,因此,我们,而不是学生,做了大部分的认知:思考、解释、解决等等。也就是说,我们利用现有的机会重新体验和重新构思数学。然而,我们所占有的时间和空间为我们提供了加深对某一数学领域的了解的可能性,而学生们则主要是怀着敬畏的心听我们展示知识,当我们展示知识的时候,见证数学的成长。总的来说,在家办公或辅导课的好处主要是属于我们的。教师和导师如何能超越问答环节,为学生提供深入思考、获得见解的时间和空间?提高他们对数学的理解?什么样的教学手段可以促进这些行为和认知行为?与那句著名的格言相反,学习并不仅仅来自经验。为了实现这一目标,学习者必须反思自己的经历。他们必须在已有知识的背景下,将自己的经历联系起来,并使之有意义。因此,教师和导师需要明确吸引学生反思数学的教学工具。写作就是这样一种强大的工具,它可以促使学生批判性地反思他们的数学经验,并对他们自己选择的个人数学情境和问题做出回应。也许,如果我们让学生写下他们对一个问题的思考,如果我们把他们的思考作为办公时间或辅导课讨论的起点,我们就可以解决办公时间和辅导课的问题。下面,我们,一名教师和一名学生,在办公时间的课程中描述这种方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Beyond Questions and Answers: Prompting Reflections and Deepening Understandings of Mathematics Using Multiple-Entry Logs
There is little discussion in mathematics education about me~hods of effective tutoring; in particular, in so-called o~hce hour or tutmial sessions Nevertheless, these sessiOns are as much occasions for interactive instruction as classr?oms are, and deserve theoretical and pedagogical attentwn By initiating discussion in this area we invite others to contribute critically to these beginnings Clearly, d1scusstons m th1s area will inform and be informed by classroom interactions .. For this reason, though we focus on office-hom or tutorial interactions, we do indicate how t~e pedagogical tool we describe infmms classroom practice During office-hour or tutorial sessions, students customarily set specific goals that, with the tacit agreement of an mstructm or tutor, govern the interactions of these sessions . These goals typically center on questions or problems for which students seek immediate answers or solutions. Two problematic features often characteiize interactions of these sessions. First, matters of mechanics or techniques constrain the mathematical dialogue and second in this "dialogue," the instructm or tutor d~es most of ~he talking or explaining Stemming conspicuously from the first feature IS the state of affairs that instmctors and tutors operate rather like machines, pmducing worked-out solutions each time students pose questions: "How do you do problem 15 on page 35?" or, on rare occasions, "I was able to solve this problem to here but cannot see how to complete it Would you show me how to continue?" Curricular emphases on content over process and answers over understandings contribute to fmming academic cultures in which students respond to mathematics learning in these ways ~o.r~over the pace and superficiality of many courses mh1b1t efforts to engage students in justifying techniques, ~n demonstrating derivations of formulae, or in intenogatmg and negotiating meanings of mathematical objects and processes Students either ~gnore these gestures or plead, Just show me how to do 11. After the exam, I may think about why it works." The second problematic feature of office-hour or tutorial sessions concerns who performs most of the actions does most of the talking, and therefore, acquires most ~f the learning Usually, we, instructors and tutors, dominate these sessions with our action and talk Consequently, we, ~ot stud~nts, do most of the cognizing: thinking, explainmg, solvmg, and so forth. That is, we appropriate available opportunities to re-experience and re-conceive mathematics. Fm~e~~ore, ~is appropriated time and space offer us the possibility of mcreasing our insight into a piece of n:athematics while students, in awe, mostly listen to our display of knowledge and, when it occurs, witness om mathematical growth On the whole, then, the benefits of office-hom· or tutorial sessions mostly accme to us How can instructors and tutors go beyond question-andanswer sessions and provide time and space fm students to reflect deeply on, gain insights into, and increase their understandings of mathematics? What pedagogical vehi~les can prompt these behaviors and cognitive acts? Leammg, contrary to the famous adage, does not occur from expetiences alone. For it possibly to occm, learners must reflect on their experiences. They must connect and make sense of their experiences in the context of knowledge they already possess. Instructors and tutors, therefore, need pedagogical vehicles that explicitly engage students in reflecting on mathematics. One such powerful vehicle is writing It can prompt students to reflect critically on their mathematical experiences and respond to mathematical situations and questions that are personal and of their own choosing. [2] Perhaps, we could address both problematic features of office-hour and tutorial sessions if we were to hav~ ~tudents write about their reflections on a problem an~ If we were to use their reflections as starting points fOr office-hour or tutorial discussions. Below, we, an instructor and a student, describe such an approach in the context of an office-hour session
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来源期刊
For the Learning of Mathematics
For the Learning of Mathematics Mathematics-Mathematics (miscellaneous)
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