Summary of Education Sessions in DC
Wednesday, January 19, 200, from 10 - 12 Sharing Session
Notes compiled by Judith Covington (jcovingt@pilot.lsus.edu)
Jessica Kim, kimj@trinitydc.edu
Professional Development for Math Teachers in K-6: What they want and
what they need
Based on limited observation, K-6 teachers are seeking: concrete
examples to explain the basic concept, hands-on activities, and
teaching materials and resources.
What the K-6 teachers need from professional development in
mathematics: content(theory), traditional and newly developed teaching
material, self-confidence in mathematical understanding, how to
deliver the mathematical concept in a concrete way, and how to
encourage students mathematically.
Louise Raphael, lar@scs.howard.edu or lraphael@fac.howard.edu
Louise shared with us a document titled, A Parents' Guide to Math
Survival Skills Every Child Should Have: K-3. She shared with us her
experiences in finding funding for the project and the difficulties in
satisfying the requests of both parents and school administrators.
Jennifer Hontz, hontz@neelix.udayton,edu,
http://homepages.udayton.edu/~hontz/ look under MTH 204 and MTH 205
Jennifer shared with us topics and techniques used in her courses for
future elementary teachers. The courses are MTH 204 and MTH 205. The
texts that she uses are Mathematics for Elementary School Teachers by
Bassarear and Mathematics for Elementary School Teachers: Explorations
by Bassarear, both published by Houghton Mifflin.
What she used to do:
Each class contained two sections and met each week for two
fifty-minute classes and a hone hour fifteen minute lab. The lecture
classes had 50 students and the lab met by section with 25 students.
Undergraduate TA's taught the labs.
Three important changes:
1. Received internal funding for purchasing manipulatives
2. Convinced department chair to allow a maximum of 25 students in MTH
204 in a classroom with tables and chairs.
3. She sat down with two different K-12 teachers whose job it is to
train elementary teachers in how to teach mathematics.
Now in MTH 204
1. She is in the process of integrating the Explorations, textbook and
manipulatives into the classroom.
2. They are now investigating other bases. They use snap cubes that
have been assembled into base 6 manipulatives to better understand
base 6.
3. Recommended manipulatives: Snap cubes, base 10 blocks, pattern
blocks, Tower of Hanoi, SET.
Anneke Bart, barta@slu.edu
Anneke shared some of the activities she uses in her Informal Geometry
course for teachers. She had two nice handouts, and one of them listed
a web address of
http://forum.swarthmore.edu/sketchpad/intro/gsp.introlab3.html also
try changing introlab3 to introlab5.
Also try http://euler.slu.edu.
Jeff Connor, connor@math.ohiou.edu,
http://www.math.lhiou.edu/~sustain/#4
Jeff talked about the mathematical education of teachers at Ohio
University. He had lots of nice ideas about a program called
SUSTAIN. He referred often to work done by Barbara Grover at his
university (bgrover@math.ohiou.edu) Barbara works with courses for
elementary teachers and Jeff has worked on a course for secondary
school teachers. They offer three math courses for elementary school
teachers. They also offer two junior-level courses that are designed
primarily for prospective secondary and middle school teachers. They
are foundations of geometry and Teaching of Mathematics in Secondary
School. In addition to these courses for prospective teachers they
also offer Topics in Geometry for practicing teachers through a
project, Project SUSTAIN, which is funded by the Ohio board of
Regents.
Tomas Szabo, tszabo@weber.edu
Tomas shared with us some posters and portfolios that had been
prepared by students in some of his math classes. These were from
courses that were offered for middle and high school future teachers.
Kris Green, green@sjfc.edu
Kris has an interesting position. He is in the Math, Science and
Technology Education Department. He shared with us some of the
integrated courses that they are able to offer because of this unique
situation.