Published
March 16, 2022
| Pages: 295-302 | Views: 191
Abstract
The purpose of this paper is to propose an effective learning environment for the initial stages of mathematical learning. Basic numerical skills and the objects and actions that trigger those skills are conceptualized as a mathematics-learning environment. We discuss numerical learning mechanism and the basic skills and environments we use to learn numbers briefly within the human cognition system. The three subsystems of number, i.e., exact number system, approximate number system and access to symbol system, are explained with reference to basic number competencies. They are discussed within the framework of "number sense” by drawing evidences from the neuroscience and mathematics education literature. Finally, how to manipulate the components of these subsystems for an effective learning of number is exemplified in a proposed model of mathematical learning environment.
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Affiliations
Sinan Olkun
Final International University
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How to Cite
Olkun, S. (2022). How Do We Learn Mathematics? A Framework for a Theoretical and Practical Model. International Electronic Journal of Elementary Education, 14(3), 295–302. Retrieved from https://iejee.com/index.php/IEJEE/article/view/1706
Author Biography
Sinan Olkun
Qualifications
I completed my undergraduate education in the field of Mechanical Education at Marmara University, Technical Education Faculty in 1985. I received my master's degree in the Department of Educational Sciences at Middle East Technical University in 1995 and my doctoral degree in 1999, in Curriculum and Instruction with an emphasis on Mathematics Education and Elementary Education from Arizona State University, USA.
From 1999 to 2004, I worked as an assistant professor at Abant Izzet Baysal University in Mathematics and Science Education Department. I transferred to Ankara University Faculty of Educational Sciences in 2004. I served as the head of the elementary education department and the head of the primary education department at the same faculty. At the same time, I was the coordinator of the primary education undergraduate, mathematics education master's and mathematics education doctoral programs. From 2014 to 2018, I worked as a full professor, head of department and dean of the Faculty of Education at TED University. I then worked as the dean of the Faculty of Educational Sciences at Final International University.
As a professor in the field of mathematics education in elementary education, I teach undergraduate, graduate and doctoral courses and conduct research. I have also specialized on mathematics learning difficulties, number sense and development, development of mathematical thinking in children, development of geometric thinking, developing basic mathematical skills with games. I have designed two board games to improve children’s number sense.
Teaching philosophy
I have a learner-centered mindset. I believe in learning rather than teaching for individuals’ intellectual development. This is also valid for learning mathematics. The role of teachers include designing learning environments for effective learning of mathematics, and encouraging and motivating students to learn. The learning environment should be designed in accordance with multiple representations of mathematical knowledge to address multiple senses of the learners, who might have different learning styles.
