FOR ITS MEMBERS AND FRIENDS
NO. 8                                                         UNIVERSITY OF MINNESOTA - NEWSLETTER OF THE SCHOOL OF MATHEMATICS                              JANUARY2002

INSIDE THIS ISSUE:

 - Home
 - From the Department Head
 - Promotions
 - Award & Recognitions
 - Academic Visitors
 - President's Award
    for R. McGehee
 - Retirements
 - Conference for N. Krylov's
    60th Birthday
 - Symposium for J. Serrin's
    75th Birthday
 - 2002 Symposiums
       5th Annual Rivière-Fabes
       Conference
       1st Biennial Yamabe
       Symposium
       Conf. for A. Friedman's
       70th Birthday
 - Speaking Invitations &
    Other Notable Activities
 - Undergraduate Program
       Communication Skills
       Thoughts on Writing Skills
       Senior Project Goals
       Changing to Semesters
       NCS-MAA Math Contest
       REU Program
 - Graduate Program
 - MCIM
      Featuring Dr. John Hoffman
 - Mathematics Library
 - AWM Mentor Network
 - News from the Centers
       IMA
       Digital Technology Center
       ITCEP
 - Contacting Us

 

Undergraduate Program:
Some Thoughts on Teaching Writing Skills

A number of upper-division courses have increased the emphasis on coherent writing and presentation of technical mathematics. My structuring of Math 5248 (Cryptography) and Math 5251 (Error-correcting Codes) gives students weekly assignments in which they must give precise verbal descriptions of algorithms, as well as logically complete narratives to accompany the execution of the algorithms. A written term project is also a significant part of the course. All his writing is intended not only as exercise in technical writing for its own sake, but also as a stepping-stone to the greater linguistic demands of writing proofs, for those students who will continue in that direction.

The need for a transitional stage in mathematics writing was perceived after some years of observation of students' discomfort with careful general writing, much less precise writing in a technical context. Further, at the level of careful description of algorithms, explicit writing demands that students be more conscious of what they're doing, rather than being able to do it but without sufficient understanding so as to be able to describe it effectively to anyone else. Many students have expressed appreciation for and interest in the increased emphasis on the linguistic aspects, and for insisting on the point that mathematics must be well-enough understood so that it can be communicated to others.

Paul Garrett, Professor and Director of Graduate Studies

 

 

 


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