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Guided Group Discovery in a Discrete Mathematics Course for Mathematics Majors

from IV - Articles on Discrete Mathematics Pedagogy

Mary E. Flahive
Affiliation:
Oregon State University
Brian Hopkins
Affiliation:
Saint Peter's College
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Summary

Introduction

In this article we discuss the use of guided group discovery in Oregon State University's discrete mathematics course for math majors. Since Fall 2003 this course has been taught at Oregon State using an ongoingmodification of Kenneth P. Bogart's successful group discovery method and notes [2], “Teaching Introductory Combinatorics by Guided Group Discovery.” Section 2 summarizes Ken's notes and method, and Sections 3 and 4 respectively contain the adaptation of his notes and the implementation of his method at Oregon State.

Ken's prototype was a small elective course in which the average entering student was very motivated to learn the material. In our department the course is required, and it is financially unrealistic for us to expect either very small classes or in-class assistance from a senior student. We think our modification is sufficiently general that it can be successfully used by other mathematics departments with similar student demographics. Since the adaptation is an ongoing project, the interested reader is referred to [6] for current information on its status.

Ken generously served as a consultant for our adaptation of his method, both informally in Fall 2003 and during the first year of the grant. We are grateful for his help.

A Short Overview of the Bogart Course

The goal of Ken's project was to design notes and a method for teaching enumerative combinatorics in which “a large majority of the students would learn a large majority of the material of beginning combinatorics.”

Type
Chapter
Information
Resources for Teaching Discrete Mathematics
Classroom Projects, History Modules, and Articles
, pp. 305 - 312
Publisher: Mathematical Association of America
Print publication year: 2009

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