scholarly journals History of Mathematics Teaching and Learning

Author(s):  
Gert Schubring ◽  
Alexander P. Karp
ZDM ◽  
2021 ◽  
Author(s):  
Gert Schubring

AbstractThe aspiration of this paper is to develop a novel approach towards investigating the socio-political history of mathematics teaching in educational systems. Traditionally, historical studies are confined to just one country, the author’s country. Broader approaches address international developments by confronting and comparing global and local aspects—revealing general patterns and more specific ‘local’ structures and characteristics. Yet, already in antiquity and medieval times, the specific characteristic of mathematics teaching, namely to operate at the crossroads of general education and vocational training, proved to be intimately tied to the functioning of the particular political system. In pre-modern times, however, a truly international pattern emerged for the first time: European powers conquered, occupied and colonised overseas regions. Given that educational systems were emerging at the same time within these states, they often transmitted elements of these structures to their colonies. This phenomenon included mathematics, and the history of its teaching is analysed here as a part of coloniality. It is shown that this was not a uniform process, and the differences between the various colonial powers are discussed. The involvement of mathematics in the process of decolonisation is addressed, as well as its role in the tension between continued coloniality and movements of decoloniality. Finally, the general framework provided for studying socio-political processes connected with establishing mathematics teaching within public educational systems is applied, in order to analyse recent coloniality practices effected by international achievement studies.


2008 ◽  
Vol 39 (5) ◽  
pp. 552-561
Author(s):  
John A. Dossey

Second Handbook of Research on Mathematics Teaching and Learning: A Project of the National Council of Teachers of Mathematics. (2 volumes). Frank K. Lester Jr. (Ed.) (2007). Charlotte, NC: Information Age Publishing, 1363 pp. ISBN 978-1-59311-176-2 (pb) $350.00 (U.S.) per set. ISBN 978-1-59311-177-9 (hb) $499.00 (U.S.) per set.


Author(s):  
Rosimeire Aparecida Soares Borges ◽  
Cristiano José de Oliveira

Este estudo histórico investigou apropriações das propostas reformistas da Escola Nova no que tange ao ensino da Aritmética para a escola primária em cinco cadernos de um aluno, de terceiro e quarto anos do curso primário, dos anos de 1952 e 1953, respectivamente, e no primeiro volume do manual didático “Práticas Escolares” que teve sua primeira edição em 1940 e décima edição em 1965, de autoria de Antonio D’Ávila. Utiliza-se como base teórico-metodológica a História Cultural na direção de dar significado às apropriações que foram feitas em relação à aritmética da escola primária em tempos da Escola Nova. Há uma predominância da resolução de problemas aritméticos ligados ao cotidiano dos alunos, indicando uma preocupação com a abstração dos conceitos com foco em uma aritmética prática, que tinha por finalidade preparar o aluno para a vida fora da escola após quatro anos de estudo no curso primário. Observa-se uma valorização do aluno como indivíduo, com respeito ao seu ritmo e dificuldades apresentadas na aprendizagem da Aritmética, um dos aspectos marcantes da Escola Nova, o aluno considerado como protagonista do processo de ensino e de aprendizagem, podendo interagir no meio social em uma formação mais humana.Palavras-chave: Aritmética. Ensino Primário. Manual Didático para Professores. Cadernos de aluno. Cultura escolar. História da Educação Matemática.AbstractThis historical study investigated appropriations of the New School for the teaching of Arithmetic for the primary school in five books of a student, of the third and the fourth years of the primary course, of the years of 1952 and 1953, respectively, And in the first Volume of the didactic manual “School Practices” that had its first edition in 1940 and tenth edition in 1965, authored by Antonio D’Ávila. It is used as a theoretical-methodological basis for the Cultural History in the direction of provide meaning the appropriations that were made in relation to the primary school in times of the New School. There is a predominance of solving arithmetic problems related to students’ daily life, indicating a preoccupation with an abstraction of concepts with a focus on an arithmetic practice, whose purpose was to prepare a student for the life outside of school after four years of primary school. It is observed the evaluation of the student as an individual, with respect to its rhythm and difficulties presented in the learning of Arithmetic, one of the markers of the New School, the student considered the protagonist of the process of teaching and learning, being able To interact in the social environment in a more humane formation.Keywords: Arithmetic. Primary school. Didactic Manual for Teachers. Books of a student. School culture. History of Mathematics Education.


2021 ◽  
pp. 195-209
Author(s):  
Jodie Hunter ◽  
Roberta Hunter ◽  
John Tupouniua ◽  
Generosa Leach

AbstractThe COVID-19 pandemic has caused new ways of doing and being, both in education systems and beyond across the world. In the context of Aotearoa/New Zealand, the widely supported government approach focused on the well-being of the nation with a position that saving lives was more important than maintaining an open economy. As researchers and educators, we supported teachers as they worked with their students in their home settings. This provided us with an opportunity to explore a vision of a reinvented system of mathematics education beyond institutional and formal structures of schools. In this chapter, we present the analysis of the responses from 24 educators mainly from low socioeconomic urban settings as they reflected on how they enacted mathematics teaching and learning during the lockdown while connecting with students and their families as well as their subsequent learning from this experience. Results highlighted that the mathematical learning of students went beyond what was accessed by digital means and included parents drawing on rich everyday opportunities. A key finding was that by supporting and privileging the well-being of students and communities, the connections and relationships between educators and families were enhanced.


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