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Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)
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Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Dec 11, 2015

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Page 1: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Moodle & algebraic communication

Pili Royo

DIPE

IES Montilivi

Girona- 2006

PDTR

(PR)

Page 2: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Moodle & algebraic communication

ALGEBRAIC CO-CONSTUCTION THROUGH CONVERSATION IN

VIRTUAL ENVIRONMENTS(STUDENTS 13-14 YEARS OLD)

Page 3: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

ABSTRACT

The aims of the study are: • Analyzing the hypothetical

trajectories observed in conversation forums on the virtual environment Moodle.

• And to find the characteristics of forum as learning mediator of algebra.

Page 4: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

TASKS

• Analysis of the effective interactions in the co-construction of knowledge through the forums .

• Analysis of individual process

Page 5: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)
Page 6: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

PHASES

2. Using conversation forums to discuss and to look for strategies of resolution of algebraic problems, in a collaborative environment.

1. Design & Implementation of a moodle –algebra course

Page 7: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Phase I

Page 8: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)
Page 9: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Phase II

Page 10: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

“THE SCREEN ACTIVITIES”

Page 11: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

THE PROBLEMS of the forums

• A PING-PONG MATCH

If in a ping-pong championship n players play, which is the total number of parties that will gamble?

HENS AND PIGS

In a farm there are 18 animals, hens and pigs all together. The number of legs is 50. How many hens and how many pigs are they?

• DIVISIONS

Which is the smaller number of three numbers that when dividing it successively by 4 by 5 and 6, always obtains 3 of remainder?

Page 12: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

DISCUSSION

A. FROM THE FORUMSB. FROM THE WRITTEN INDIVIDUAL

TESTC. FROM THE SURVEYD. THE ROLE OF THE TEACHER

Page 13: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

DISCUSSION

• Children read the interventions of their partners much more times than they write in the forum. This can be associated at more reflexive interventions when they do.

• The coexistence of both types, actual and online interventions, must be taken into account as a better way than only one of them.

• Interactions between students of similar and different cognitive levels take place.

• In the design of these forums, the teacher has to consider the difficulty of some mathematical expressions.

• Significant learning is produced. It is possible to see it through the evolution on the interventions and through the results on the written individual test.

A.FROM THE FORUMS

Page 14: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Significative learning is produced

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Significative learning is produced

Page 16: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

B. DISCUSSION

Written

individual test

After forums

Page 17: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Students doing Arithmetic relations

Just good students do this in control group

Just students with difficulties

do this in experimental group

Problem G.

Page 18: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Middle level students solving by using symbolic language skills

Problem G

Page 19: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Other methods just in the experimental group

Problema G

Page 20: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Explicit explanations were found in the experimental group (I)

Even without a good symbolic manipulation

Page 21: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Explicit explanations were found in the experimental group (II)

Page 22: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Explicit explanations were found in the experimental group (III)

Page 23: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Traditional methods without self-control were used by control group (III)

Problema G.

Page 24: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Many relations were found even without good final results

Page 25: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Many relations were found

Page 26: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Some talks and strategies during the experiment were “applied” to a new situation

Page 27: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

They achieve self-confidence on their

own strategies

Page 28: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

Some conversation constrictionsThe need of complementary

ressources (inside moodle, but out of the forum)

The need of variability observations

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Page 31: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

DISCUSSION

• Children didn’t percieve 7 weeks (once a week) as a long time doing the task. As they say, it allows you “to take your time”.

• Children think this way is better than others because they have access to more “opinions”.

C. FROM THE SURVEY

Page 32: Moodle & algebraic communication Pili Royo DIPE IES Montilivi Girona- 2006 PDTR (PR)

D. THE ROLE OF THE TEACHER

• Design and organization of the learning experience.• Selection of representative algebraic problems to

encourage discourse.• Guide and scaffolding when necessary.• Promoting the participation of all the students• Promoting on a progressive way the abstraction and the

generalization.• Promoting the reflection, the conjecture and the

experimentation.• Assessment and evaluation of the activity.

DISCUSSION