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University of Wisconsin Oshkosh Department of Mathematics

 

Making Mathematical Connections

Mathematics Knowledge for Teaching in Grades 4-8

 

 

Project Infomation :

Home

Program Design

Program Schedule

Scientifically-based Research

Alignment with WI Model Academic Standards and PI-34

 

Apply:

Application Form

 

Documents:

Flyer

Brochure

Poster

White Paper

 

Mathematics Faculty Profiles :

Eric Kuennen

Jen Szydlik

John Beam

Jason Belnap

Amy Parrott

 

Contact Project Team Members:

Eric Kuennen UW Oshkosh
Jen Szydlik UW Oshkosh
John Beam UW Oshkosh
Michelle Fleming UW Oshkosh
Steve Dreger Neenah
Chris Van Hoof Clintonville
Duane Braun Manawa
Peter Pfundtner Menasha
Kathy Gwidt New London
Sadoff Aaron North Fond du Lac
Barb Sobralske Wild Rose

 

Links:

WI DPI website on Mathematics and Science Partnerships

 

 

Alignment with Wisconsin Standards

This project aligns closely with both the Wisconsin Model Academic Standards and the Wisconsin Educator Standards (PI-34). The theme of the project, Making Mathematical Connections, fully embraces the following Connections Standard: Mathematics should be viewed as a unified whole made up of connected, big ideas rather than as a disjointed collection of meaningless, abstract ideas and skills. Learning is easier when students see the connections between various concepts and procedures, and between the various branches of mathematics. Each year of the program, the focus will be on one or two of the Content Standards, while the Process Standards of Reasoning, Communication and Problem Solving will be addressed  continually.

Project Activities

Educator Standards (PI-34)

Model Academic Standards

Workshops focus on content in Number and Algebra (Year 1) Geometry and Measurement (Year 2) Probability and Statistics (Year 3)

1: Teachers know the subjects they are teaching.

Content Standards B, C, D, E, F

Activities stress connections among mathematics concepts, connections between concepts and procedures, and between concepts and curriculum materials.

1: Teachers know the subjects they are teaching.

A: Connections

Focus on Children’s Thinking sessions explore how children learn mathematics, their thinking about mathematics, and misconceptions.

2: Teachers know how children grow. 3: Teachers understand that children learn differently.

A: Reasoning

Workshops address ways of thinking about and explaining concepts, and discuss strategies for differentiated instruction.

3: Teachers understand that children learn differently.

A: Connections

Teachers work collaboratively in teams discussing, preparing, and reflecting on teaching of specific mathematics content.

4: Teachers know how to teach.

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Teachers learn mathematics in cooperative and problem-based environments.

5: Teachers know how to manage a classroom

A: Problem Solving

A: Communication

Teachers are actively engaged in collaborative problem solving, mathematical reasoning, making and evaluating conjectures, and assessing novel and alternate methods

6: Teachers communicate well. 

9: Teachers are able to evaluate themselves.

A: Reasoning

A: Communication

Teachers share ideas for teaching specific mathematics content and discuss strategies for differentiated instruction.

7: Teachers are able to plan different kinds of lessons.

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Focus on Children’s Thinking sessions discuss common student questions and assess novel student methods and constructed responses.

8: Teachers know how to test for student progress.

A: Reasoning

Teachers work collaboratively with teachers in other grade bands and other schools, and with higher education faculty.

10: Teachers are connected with other teachers and the community.

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Last Updated: September 14, 2009