EC-TEL 2015, Toledo Developing Mathematical Thinking with Scratch An Experiment with 6th Grade Students Luis Alberto Calao, Jes´ us Moreno Le´ on, Heidy Ester Correa, Gregorio Robles [email protected], [email protected]GSyC/Libresoft, Universidad Rey Juan Carlos EC-TEL 2015, Toledo Luis Alberto Calao, Jes´ us Moreno Le´ on, Heidy Ester Correa, Gregorio Robles Developing Mathematical Thinking with Scratch
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Developing Mathematical Thinking with Scratch: An Experiment with 6th Grade Students
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EC-TEL 2015, Toledo
Developing Mathematical Thinking with ScratchAn Experiment with 6th Grade Students
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa,Gregorio Robles
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
(cc) 2015 Gregorio Robles and Jesus Moreno LeonSome rights reserved. This work licensed under Creative Commons
Attribution-ShareAlike License. To view a copy of full license, seehttp://creativecommons.org/licenses/by-sa/3.0/ or write to
Creative Commons, 559 Nathan Abbott Way, Stanford,California 94305, USA.
Some of the figures have been taken from the InternetSource, and author and licence if known, is specified.
For those images, fair use applies.
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Goal of our paper
Does the use ofprogramming with Scratchin math classes improve
students’ learningoutcomes?
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Colombian students and maths
PISA 2012 results
376 points in maths (OECD countries average: 494)
Ranked 61st (out of 65 participating countries)
Students showed high levels of anxiety towards maths
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Code to learn (I)
Logo programming language
Developed in the 1960s
Its educational impact wasintensively investigated inthe 70s and 80s
Students’ improvements inmaths (and otherdisciplines) were proved
“Disappeared” from theeducational landscape sincemid-90s
Seymour Papert’s picture: jgora.net
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Code to learn (and II)
New visual programming languages
Alice, Kodu, Scratch
Very promising research literature
There is need for empirical studies
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
The study
Code to learn Maths with Scratch
Quasi-Experimental Design
42 students, 6th grade
Control groups and experimental groups
Pre and Post tests
3 months
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Mathematical processes investigated
Rubric
Modeling of processes and reality phenomena
Reasoning (making predictions and justifyingarguments)
Problem formulation and problem solving
Exercising (comparison and execution ofprocedures and algorithms)
Following guidelines set by the Ministry ofNational Education of Colombia
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Results (I)
Pre-test. Mean and deviation for control (left) and experimental(right) groups.
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Results (II)
Post-test. Mean and deviation for control (left) and experimental(right) groups.
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Results (and III)
Post-test comparison. Means obtained for the control andexperimental groups by mathematical process.
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Conclusions
The development of CT using Scratch allows students ofprimary education to improve their performance in terms ofmathematical processes of modeling, reasoning, problemsolving and exercising.
(At least some parts of) the math curriculum in Colombianschools does not help in developing these skills.
Math learning at schools seems to be more focused on theinternals of mathematics, rather than on acquiring skills touse math-based knowledge.
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Future Work
1 Does computer programming foster reading and writing skills?
2 Programming with Scratch as an educational tool in differentsubjects (social studies, language arts) and grades.
3 OK, but do the students really learn to code and developcomputational thinking?
Background picture: Simon Cunningham
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Future Work
Background picture: Simon CunninghamLuis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa, Gregorio RoblesDeveloping Mathematical Thinking with Scratch
EC-TEL 2015, Toledo
Developing Mathematical Thinking with ScratchAn Experiment with 6th Grade Students
Luis Alberto Calao, Jesus Moreno Leon, Heidy Ester Correa,Gregorio Robles