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Mathematics in the Elementary School
: A Problem-Solving Approach

Welcome! The best way to learn to become a teacher is to start thinking like one. Master teachers understand that not only are they responsible for children’s learning, they are also responsible for their own learning. This page has general information about the course and the way in which it is taught. The navigation bar on the left takes you to detailed information on course assignments, goals, grades, etc. As a future teacher, it is your responsibility to become familiar with course requirements and assignments.

To print out information on the syllabus, select printer Syllabus  or  printer Scavenger Hunt

Prerequisites. T104; E328 and M201 must be taken as corequisites with E348.

Course Description. E343 is part of the first cluster of professional education courses you take. Grouped with E328 Science in the Elementary School and M201 Early Field Experience, this course focuses on the development of mathematics teaching competencies. During the semester I hope to show you that teacher learning equals student learning. The more you learn about your students’ mathematical thinking and how to make mathematical connections, the more your students will learn. Learning, and teaching, are active, collaborative processes. To help you better understand these teaching-learning ideas, this section of E343 is taught in an active, participatory style. It is TEAM (Together Everyone Achieves More) and problem solving based. My standards are high. It is not unusual to spend a full class period working on one “simple” math problem. The course content is designed to help you develop the necessary knowledge, skills, and dispositions so that you can implement developmentally appropriate mathematics lessons in your future K-6 classroom. The best resource you can bring to this course is your willingness to learn new ways of thinking about and communicating mathematically. For detailed information on course assignments, goals, grades, etc., use the navigation bar on the left or the links at the bottom of each page. It is your responsibility to become familiar with course expectations & requirements by reading the syllabus and the information of this web site. During the semester we will be focusing on . . .

Communication of ideas about mathematics teaching and learning. Activities and assignments throughout the semester will help you develop an awareness of your personal “definitions” of teaching and learning. You will be asked to think about both your past and present teaching/learning experiences in order to uncover beliefs that may hinder your teaching or your learning. You will be sharing your thoughts about teaching with others through open discussion and written reflection.

Direct observation of how mathematics is learned—by observing how children construct understanding (and misunderstandings) of mathematics you will begin to build your understanding of how to teach mathematics. During your M210 Field Experience, you will observe and work directly with children. You will also be asked to observe yourself, to consciously think about your learning style and how you organize mathematical knowledge. This information will be shared with others in order to better understand that people of all ages learn in a variety of ways.

Working cooperatively with others on projects related to teaching and learning, especially mathematics learning. As the nations of the world become more economically and ecologically interdependent in the 21st Century, cooperative learning and teaching will become a crucial “habit of mind” for both you and your students. You will be given the opportunity to learn this skill through group projects and through participation in TEAM activities during the semester.

The central themes woven throughout this course include:

  • Anchoring—Mathematics is as easy as A2 + B2 = C2 Can you solve this equation? Give it a try, then go to: solution
  • Attitude—In mathematics, the whole is greater than the sum of the parts.
  • Beliefs—Mathematics is not just computation. It’s problem-based learning, and you CAN do it!
  • Building Competence—Mathematics is more than memorizing algorithms.
  • Communication—Mathematics is a language that you can use.
  • Celebration—Mathematics is FUNdamental.

A Final Note. My goal is to help you become the best K-6 teacher you can be. However, I cannot do that by myself. You must become an active participant in your own learning. Let me know if you are not getting as much out of this course as you think you should. To the extent that requests for alternative assignments are appropriate and feasible, I will modify them. My “door” is always open should you wish to talk about E343 or teaching (or life). Look for me in the 3rd floor science area, Cubicle 3008B. My office hours are 9:30-10:30 a.m. on Mondays and Wednesdays, and anytime by appointment. You are also welcome to call me at home (336-8325) before 10 p.m.

I look forward to an exciting semester of getting to know you!

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Created by Judith Longfield, August 1999
Last updated: January 4, 2008
URL: http://www.iun.edu/~edujal/e343/indexb.html
Comments: jlongfie@indiana.edu
All Rights Reserved