This document provides an overview of an inquiry-based mathematics workshop. It discusses the aims of getting a historical view of inquiry, looking at four levels of inquiry, examining the role of an inquiry teacher, and planning learning experiences. It also reviews how inquiry changes the traditional role of students and teachers in mathematics classrooms by having students take responsibility for structuring and regulating the learning process through their own questions and conjectures. The document suggests that an inquiry-based environment could change some common issues seen in mathematics reasoning like a lack of initiative, perseverance, and retention as students become independent inquirers seeking new mathematical knowledge.
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2. Aim of the workshop:
Get a historical view on inquiry
Look into the four levels of inquiry
The role of the inquiry teacher
Planning a learning experience: Can we change a textbook
question into a line of inquiry (any general hints from the
participants?)
How does it feel to be a student in an Inquiry Maths class?
(work on one or two lines of inquiry)
Resource sharing
3. A historical view
Robert Lee Moore (University of Texas) – challenged
students’ assumptions about what it is to do know and
understand mathematics
EBL is also known as MMM (modified Moore’s method)
1960s – part of the “discovering learning” movement in
education
"That student is taught the best who is
taught the least” (R.L. Moore)
4. A “traditional” Mathematics class
Doing mathematics = following the rules laid down by
the teacher
Knowing mathematics = remembering and applying
the correct rules when the teacher asks the question
Mathematical truth is determined when the answer is
validated by the teacher or the textbook
Lampert(1988)
6. "Inquiry changes the agenda in maths classrooms. No
longer does the teacher expect performance through
practice; instead, students learn how to do mathematics.
Their questions and conjectures propel the learning
process, while they take over responsibility for structuring
and regulating that process. Students emerge as
independent inquirers who take the initiative for seeking
out new mathematical knowledge.”
Andrew Blair
http://www.inquirymaths.com/
7. What is the teacher’s role?
1. Before the class
8. What is the teacher’s role?
1. Before the class
The length of a rectangle with the perimeter of 24cm is
8cm. Find the width.
Working in your group, change this textbook-type
question into a level 2, 3, 4 inquiry.
9. 2. During the class
Dan Meyer’s 5 ways you know that you are doing Maths
reasoning wrong:
1. Lack of initiative
2. Lack of perseverance
3. Lack of retention
4. Aversion to word problems
5. Eagerness for formula
Would an EBL environment change any of these?
Editor's Notes
Discuss in your group:
What is for you inquiry-based learning
Moore taught his students through EBL from 1920 for about 50 years.
He chose in his courses students not previously exposed to the topic; he offered students carefully chosen problems and theorems to work on and students were presenting their solutions (starting from the weakest); if a solution could not be found by class, they skipped the problem and returned t it later; students were not allowed to collaborate.
EBL – based on constructivist theory
Often EBL is presented as opposing traditional teaching. What is traditional teaching?
Lampert(1988) – The teacher’s role in reinventing the meaning of mathematical knowing in the classroom, Proceedings of PME-NA, p.433-480
1960 – Joseph Schwab defined four levels of inquiry; with small changes/reformulations of description, the four levels are kept until today.
Where does traditional teaching stands in this picture?
What is an “investigation” for you?
Where does the old “investigation” stand in this picture?
Investigation for me – students are asked to “discover” what the teacher is thinking
ACTIVITY – post it:
What is the value/benefit, in terms of learning, of each of the four levels?
Are there times in the curriculum when you prefer one or other level?
One of teacher’s role is to define good tasks; It is, sometimes, difficult to find lines of inquiry - these should be statements that are intriguing and are slightly above the level of students. However we have many textbook questions. How to change a textbook question into a rich mathematical experience for the students?
Activity: do not be trapped into geometry only when you see this question. Would your students be able to make connections to other areas of maths?
One of teacher’s role is to define good tasks; It is, sometimes, difficult to find lines of inquiry - these should be statements that are intriguing and are slightly above the level of students. However we have many textbook questions. How to change a textbook question into a rich mathematical experience for the students?
Activity: do not be trapped into geometry only when you see this question. Would your students be able to make connections to other areas of maths?