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Mathematics and Science Education Resources Classroom Compass
 
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Making Connections among Mathematical Concepts
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Online Mentoring Program
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About Classroom Compass

Online Mentoring Program

The Southwest Consortium for the Improvement of Mathematics and Science Teaching (SCIMAST) has a valuable resource for science and mathematics teachers: an online mentoring program and archive.

The mentoring project Web site is a place that mathematics and science teachers can access for help in addressing teaching difficulties. Teachers send in questions via the SCIMAST mentoring Web page; then, regional mathematics and science teachers recognized as Presidential Awardees respond to the questions via email. The question and answer is both posted on the Web site in an archive that teachers can browse or search and is emailed to teachers who request to receive notification of new mentoring dialogue. Some examples of questions appropriate for this service are:

  • How do I make 9th grade astronomy relevant to culturally diverse students?
  • What is the best software to use with my science textbook?
  • How can I make good use of block scheduling in my high school mathematics classroom?
  • Where should I look on the Internet to find the best mathematics education resources?

To ask a mentor a question, use this link:
http://www.sedl.org/scimast/archives/askquestion.html (link no longer available 11/1/2005).

To join the list to be notified when there is a new submission and response or to browse or search the archive, use this link:
http://www.sedl.org/scimast/archives/ (link no longer available 11/1/2005).


Here is a sample of the latest post relating to teaching mixed-ability students mathematics.

TOPIC: Mixed-ability Math Settings

QUESTION: I teach students in a mixed ability, middle school math setting. What are some instructional and assessment strategies to help me meet "all" of their needs?

ANSWER: I have taught many classes of mixed-ability students, and I find that group hands-on or writing projects and peer teaching work best for me. With hands-on projects, some students who are not mathematically inclined do very well, begin to feel that they can really do math, and actually improve their math skills because of their positive attitude. I have them build something to present to the class or discover how to do the next math concept by working in a group with manipulatives and then present it orally, on the overhead or with a poster. You should grade student projects partly on effort and partly on the way the group worked together, as well as grade the product.

This year I have a group of ten small projects that my students do and hand in, and I give ten points per project and count it as a test grade or let it replace a test grade. I find such projects in new textbook samples, in supplemental booklets from various textbook companies, from university professors in the nearby university who are interested in math education, and in the Mathematics Teacher magazine from NCTM. There is a middle school publication from NCTM called Mathematics Teaching in the Middle School that is also a good source. I've also made up a lot of projects.

Regarding peer teaching, the "student-teacher" does only a few problems from a section to show me that he knows what to do, and then I let him help a student who has trouble. I assign them as a pair and the student-teacher teaches the other how to do the section and helps him with the work. The student-teacher has a stake in helping the other really understand, because he is rewarded (grades, extra credit, candy, free time, free homework, etc.) when his "student" gets a test or quiz grade higher than his usual test average. An additional advantage of this method is that maybe some of the student-teachers will decide to be a teacher in the future.

I have even given group tests or had students work on concepts together and then randomly picked one of the groups to put a problem on the board and given a partial group grade for that. As you can see, there are many ways that the students can be helpful in meeting "all" of the needs in a mixed-ability setting.

GRADE LEVEL: 6-8





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