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Modified Moore method - Smith College

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474 DAVID W. COHEN<br />

those who would take his graduate course from a list of students eager to participate. and many of<br />

his students became excellent productive mathematicians.<br />

When the "<strong>Moore</strong> <strong>method</strong>" was attempted by others at the undergraduate level, however, the<br />

results often were disappointing. Instructors of undergraduates usually cannot handpick their<br />

students. Moreover, undergraduates normally have not had the experience proving theorems and<br />

writing mathematics necessary for meaningful progress without help from an instructor. Finally,<br />

the <strong>Moore</strong> <strong>method</strong> sometimes creates an unhealthy atmosphere of competition and isolation<br />

among students.<br />

Recently, Professor <strong>Moore</strong>'s philosophy of shifting the focus from instructor to student has<br />

been incorporated in a wide variety of teaching <strong>method</strong>s, which are more successful for<br />

undergraduate courses. (See [4] and [S].) The <strong>method</strong> I describe here has worked very well and is<br />

the most comprehensive program I have seen for introducing a <strong>Moore</strong>-type <strong>method</strong> to undergraduate<br />

teaching.<br />

Although this <strong>Modified</strong> <strong>Moore</strong> <strong>method</strong> was developed to teach mathematics, it is based on<br />

principles that apply to the teaching of most subjects.<br />

1. Students understand better and remember longer what they discover themselves than what<br />

is told to them.<br />

2. People master an idea most thoroughly when they teach it to someone else.<br />

3. Effective writing and clear thinking are inextricably linked.<br />

The following objections usually arise when one thinks about teaching <strong>method</strong>s devised to put<br />

these principles into practice.<br />

I. The truths taught in most courses took great thinkers many years to discover. We cannot<br />

expect our students to discover them all in one semester. Further, the amount of the<br />

material we cover in our wurses is at a minimum and should not be reduced.<br />

2. It might be wonderful training for students to try to teach what they have just learned, but<br />

pity the poor student who must learn from such a teacher.<br />

3. Yes, we wince at some of the writing we get from students, but we are not teaching writing<br />

courses. We do not have the time or the training to teach writing. The serious students will<br />

learn to write when they get to graduate school and read journals. If their writing is fuzzy,<br />

we can test their understanding with short-answer questions.<br />

The <strong>Modified</strong> <strong>Moore</strong> <strong>method</strong>, based on the principles stated above, answers these objections.<br />

In brief, the <strong>method</strong> divides a class into small groups, each of which is responsible for a weekly<br />

question. Over the course of a week each small group will study and answer the question, write a<br />

short paper presenting the answer, and prepare to teach the question and its answer to the rest of<br />

the class. The questions and their answers contain all the ideas wvered in the course.<br />

2. Preparation and Scheduling for the Course. The first task for the instructor is to break the<br />

course material into a list of questions. These may resemble questions asked on a take-home<br />

examination at the end of the course. Some examples of questions for a course in real analysis are<br />

provided in the Appendix. An average student with some coaching from the instructor should be<br />

able to understand a question and write an answer to it in one week. There should be enough<br />

questions so that any student who can answer all of them thoroughly will have mastered all the<br />

material for the course. The number of questions should be about two or 24 times the number of<br />

weeks alloted for the course. This number will provide weekly allotments of two or three questions<br />

per week and allow three weeks to be reserved for organizing the class and giving examinations.<br />

The next task is to compile a list of bmics that the students must understand to answer the<br />

questions. These are usually definitions or axioms or theorems from other courses. In the<br />

[Continued on p. 487.1

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