Primary Mathematics Curriculum Guide

2014 ◽  
Author(s):  
Harvey Blair
1995 ◽  
Vol 76 (3) ◽  
pp. 747-754 ◽  
Author(s):  
John Oliver ◽  
Michael J. Glencross

To evaluate the suitability of the senior primary mathematics curriculum in Transkei, South Africa in enabling Standard 3 (Grade 5) and Standard 4 (Grade 6) pupils to achieve competency in mathematics, an overview of teaching techniques was obtained using participant observation and class teaching exercises. Analysis showed that teachers relied largely on closed-type teaching techniques and heavily on textbooks, while direct classroom observation indicated teachers' lack of ability to innovate and make teaching topical and dynamic. The pupils were generally unable to solve open-type questions, a situation attributed here to the teachers' rigid pattern of teaching.


2019 ◽  
Vol 9 (1) ◽  
pp. 41
Author(s):  
Satoshi Kusaka

The paper firstly clarified the characteristic of competencies being discussed in African countries by comparing them with competencies being discussed in developed countries. It has become clear that both countries are very similar. In other words, against the background of rapidly increasing internationalization and globalization, the competencies required to live in the society of the future are the same across borders, regardless of whether in a developed country or a developing country. Secondly, using Mozambique as a case study, how the competencies are actualized and what kind of challenges they face are discussed by analyzing primary mathematics curriculum, textbooks and in classes. An emphasis was placed on the ability to use social, cultural and technological tools used in an interactive manner in the competencies that were contained in the 2015 curriculum. However, most of the contents of the new textbook focus on “basic competencies” centered on basic knowledge and skills. Furthermore, there were many classes where teachers presented questions listed in the textbook as they are. Hence, it became apparent that the nurturing of practical competencies listed in the curriculum was largely reliant on the abilities of the teacher.


1988 ◽  
Vol 35 (6) ◽  
pp. 22-30
Author(s):  
Patricia F. Campbell

Picture a school-board meeting or a meeting of a school district's elementary curriculum committee. Raise the issue of integrating microcomputers into the elementary school's mathematics curriculum, and a debate will ensue. Focus the discussion on the use of microcomputers in the primary classroom, and the remarks will become intense and passionate. Although the diversity of comments prompted by such a discussion cannot be anticipated, two views will probably be voiced. Seeking the promise of a supposed competitive edge, one faction will favor microcomputer use while questioning whether the calculator threatens children's learning of the basics, that is, arithmetic. Citing the added danger of producing socially isolated children who are obsessed with the lure of microcomputers, another group will reject any form of technology in the primary classroom.


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