Javascript must be enabled to continue!
Mathematics Identity
View through CrossRef
Consider a time when you have spoken with a friend, colleague, or family member who does not particularly like mathematics. When mathematics enters a conversation, they may change their posture, take a step back, and assert that they are “not a math person,” or that they “do not get along” with mathematics. Statements like this can provide a glimpse of someone’s mathematics identity. Defining the construct of mathematics identity has been a focus of theory and research, and yet there remains no single definition of mathematics identity. Still, over the last several decades, research on mathematics identity has developed considerably both in quantity of research and depth of understanding within the field. Researchers view mathematics identity more broadly than a feeling, belief, or attitude toward mathematics—though many do see this as part of the construct. Mathematics identity may also include whether one is recognized by others as competent in mathematics, the stories one tells about their personal history with mathematics, and the performative actions one makes when doing mathematics. We have organized this article into six sections. We begin with a collection of General Overviews, including literature reviews, encyclopedia entries, and books on mathematics identity. Our second section highlights the Theoretical Underpinnings used to guide researchers in the field. As research has developed, subtopics of learner and teacher identity have emerged. Therefore, the third section covers Mathematics Learner Identity, while the fourth covers Mathematics-Related Teacher Identity. This is followed by a fifth section on Intersectionality, highlighting the complexities of mathematics identity and its interrelatedness with other constructs. Lastly, we share some Journals that frequently house the research on mathematics identity.
Title: Mathematics Identity
Description:
Consider a time when you have spoken with a friend, colleague, or family member who does not particularly like mathematics.
When mathematics enters a conversation, they may change their posture, take a step back, and assert that they are “not a math person,” or that they “do not get along” with mathematics.
Statements like this can provide a glimpse of someone’s mathematics identity.
Defining the construct of mathematics identity has been a focus of theory and research, and yet there remains no single definition of mathematics identity.
Still, over the last several decades, research on mathematics identity has developed considerably both in quantity of research and depth of understanding within the field.
Researchers view mathematics identity more broadly than a feeling, belief, or attitude toward mathematics—though many do see this as part of the construct.
Mathematics identity may also include whether one is recognized by others as competent in mathematics, the stories one tells about their personal history with mathematics, and the performative actions one makes when doing mathematics.
We have organized this article into six sections.
We begin with a collection of General Overviews, including literature reviews, encyclopedia entries, and books on mathematics identity.
Our second section highlights the Theoretical Underpinnings used to guide researchers in the field.
As research has developed, subtopics of learner and teacher identity have emerged.
Therefore, the third section covers Mathematics Learner Identity, while the fourth covers Mathematics-Related Teacher Identity.
This is followed by a fifth section on Intersectionality, highlighting the complexities of mathematics identity and its interrelatedness with other constructs.
Lastly, we share some Journals that frequently house the research on mathematics identity.
Related Results
An Exploratory Study of Mathematics Anxiety in Caribbean Preservice Teachers
An Exploratory Study of Mathematics Anxiety in Caribbean Preservice Teachers
The Problem Correlational studies suggest that gender, attitudes to mathematics, mathematics performance, the number of college mathematics courses taken, and mathematics teacher ...
EFFECT OF BILINGUAL INSTRUCTIONAL METHOD IN THE ACADEMIC ACHIEVEMENT OF JUNIOR SECONDARY SCHOOL STUDENTS IN MATHEMATICS
EFFECT OF BILINGUAL INSTRUCTIONAL METHOD IN THE ACADEMIC ACHIEVEMENT OF JUNIOR SECONDARY SCHOOL STUDENTS IN MATHEMATICS
The importance of mathematics in the modern society is overwhelming. The importance of mathematics has long been recognized all over the world, and that is why all students are req...
How growth mindset influences mathematics achievements: A study of Chinese middle school students
How growth mindset influences mathematics achievements: A study of Chinese middle school students
IntroductionIt has been suggested that students with growth mindsets are more likely to achieve better mathematics learning results than their counterparts with fixed mindsets. How...
Effects of Perceived Mathematics Connection on Mathematics Motivation: Mediating Role of History of Mathematics Concepts
Effects of Perceived Mathematics Connection on Mathematics Motivation: Mediating Role of History of Mathematics Concepts
The present study assessed the mediating effects of history of mathematics concepts on the relationship between mathematics connection and mathematics motivation. The study was a d...
The Philosophy of Mathematics Education
The Philosophy of Mathematics Education
The philosophy of mathematics education (PoME) is a field of inquiry that pursues questions arising from the long tradition of mathematics as a school subject. An integrated area o...
Comparison of Metacognition Awareness of Mathematics and Mathematics Education Students Based on the Ability of Mathematics
Comparison of Metacognition Awareness of Mathematics and Mathematics Education Students Based on the Ability of Mathematics
Awareness of metacognition is one of mental process that occurs when a person knows what he thinks, including the knowledge and awareness to do something or realize the reason that...
Mathematics Education as a ‘Design Science’
Mathematics Education as a ‘Design Science’
AbstractMathematics education (didactics of mathematics) cannot grow without close relationships to mathematics, psychology, pedagogy and other areas. However, there is the risk th...


