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Full-Text Articles in Education

Mathematical Modelling: A Guidebook For Teachers And Teams, Peter Galbraith, Derek Holton Jan 2018

Mathematical Modelling: A Guidebook For Teachers And Teams, Peter Galbraith, Derek Holton

Mathematics

This document aims to provide teachers with material that will enable them to prepare students to develop skills of mathematical modelling. Mathematical modelling is a process in which real-life situations and relations in these situations are expressed by using mathematics. Included in this publication are junior modelling problems for upper primary, junior or middle secondary levels; intermediate modelling problems for junior or middle secondary levels; and senior modelling problems for middle or senior secondary levels. A specific purpose of this material is to provide additional support to assist teachers and schools in choosing and mentoring student teams to participate in …


Where Do Students Get Their Money From?, Rebecca Vukovic Aug 2017

Where Do Students Get Their Money From?, Rebecca Vukovic

Teacher infographics

The OECD programme for International Student Assessment (PISA) in 2015 examined 15 year old students’ financial literacy skills. This infographic compares the main sources of income for students from Australia, with the average from participating OECD countries.


Financial Literacy, Jo Earp Aug 2017

Financial Literacy, Jo Earp

Teacher infographics

An international assessment of 15-year-old students' financial literacy includes data on their experiences, attitudes and behaviours, as well as their academic performance. Here are some of the findings from Australia.


Infographic: Books In The Home And Student Achievement, Rebecca Vukovic Jul 2017

Infographic: Books In The Home And Student Achievement, Rebecca Vukovic

Teacher infographics

The Trends in International Mathematics and Science Study (TIMSS) is an international comparative study of student achievement. Here, we look at TIMSS data on books in the home and the percentage of Australian students at or above the proficient standard for maths and science.


Infographic: Classroom Discipline, Jo Earp Mar 2017

Infographic: Classroom Discipline, Jo Earp

Teacher infographics

In the 2015 PISA cycle, students were asked to respond to five statements about the disciplinary climate in their science classes. Here are the results from 10 participating countries.


Infographic: Stem And Gender, Jo Earp Aug 2016

Infographic: Stem And Gender, Jo Earp

Teacher infographics

A recent report from the Australian Council for Educational Research explored gender differences in relation to STEM participation, achievement and engagement. Here are some of the results.


Infographic: Stem Workforce And Careers, Jo Earp Jun 2016

Infographic: Stem Workforce And Careers, Jo Earp

Teacher infographics

School educators are being encouraged to give students more information about STEM-related careers. So, what are the top occupations of STEM graduates? Find out in this Teacher infographic.


Infographic: Declining Maths Participation, Danielle Meloney Feb 2016

Infographic: Declining Maths Participation, Danielle Meloney

Teacher infographics

The Australian Mathematical Sciences Institute has highlighted a slide in Year 12 high-level mathematics participation over the past 20 years.


Video Games In The Classroom, Danielle Meloney Mar 2015

Video Games In The Classroom, Danielle Meloney

Teacher infographics

How are digital games being used in K-8 classrooms? Find out in this Teacher infographic.


The Processes Of Change On Learning Literacy And Numeracy In South Australian Primary Schools, I Gusti Ngurah Darmawan, Carol Aldous Jan 2013

The Processes Of Change On Learning Literacy And Numeracy In South Australian Primary Schools, I Gusti Ngurah Darmawan, Carol Aldous

Shannon Research Press

Success in science and mathematics is predicated on successful literacy and numeracy learning. Yet schools and communities across the country struggle to negotiate factors that both impede and facilitate such learning - particularly factors over which they have some control. Working with data more comprehensive than that used previously and applying statistical methods only recently developed, researchers from the South Australian hub of the centre for Science, Information and Communication Technology and Mathematics Education for Rural and Regional Australia (SiMERR-SA) seek answers to three basic questions. What factors influence performance in Literacy and Numeracy? Does living in a rural and …


Teaching Mathematics: Using Research-Informed Strategies, Peter Sullivan Aug 2011

Teaching Mathematics: Using Research-Informed Strategies, Peter Sullivan

Australian Education Review

AER 59 reviews research into aspects of mathematics teaching, focusing on issues relevant to Australian mathematics teachers, to those who support them, and also to those who make policy decisions about mathematics teaching. It was motivated by and draws on the proceedings of the well-attended and highly successful ACER Research Conference Teaching mathematics? Make it count: What research tells us about effective mathematics teaching and learning, held in Melbourne in August 2010.

Section 2 describes the goals of teaching mathematics and argues that a practical orientation should be the focus of mathematics teaching in the compulsory years, and outlines …


The Learning Of Numeracy And Literacy In South Australian Primary Schools: An Investigation Into The Performance Of Students And Schools In Numeracy And Literacy In Rural And Regional South Australia., Carol Aldous Jan 2009

The Learning Of Numeracy And Literacy In South Australian Primary Schools: An Investigation Into The Performance Of Students And Schools In Numeracy And Literacy In Rural And Regional South Australia., Carol Aldous

Shannon Research Press

Success in science and mathematics is predicted on successful literacy and numeracy learning. Yet schools and communities across the country struggle to negotiate factors that both impede and facilitate such learning - particularly factors over which they have no control. Working with data more comprehensive than that used previously and applying statistical methods only recently developed, researchers from the South Australian hub of the National Centre for Science, Information and Communication Technology and Mathematics Education for Rural and Regional Australia (SiMERR-SA) seek answers to three basic questions. What factors influence performance in literacy and numeracy? Does living in a rural …


Re-Imagining Science Education : Engaging Students In Science For Australia's Future, Russell Tytler May 2007

Re-Imagining Science Education : Engaging Students In Science For Australia's Future, Russell Tytler

Australian Education Review

AER 50 calls for major curriculum reform, arguing that the time has passed for tinkering around the edges of a science curriculum that belongs to the past. Using research presented at ACER's Research Conference 2006, Boosting Science Learning - what will it take? as a base for a broad and intense review of the literature, the review calls for a 're-imagined' science education that is focused not only on preparing future scientists, but also on engaging all young people in science.


On Reflection, James Anthony Gibbons Jan 2004

On Reflection, James Anthony Gibbons

Shannon Research Press

This book commences with a criticism of constructivism as the basis for curriculum design followed by an attempt to argue an alternative. It is possible to proceed to criticise constructivism as the basis for curriculum design by illustrating the issues with references to extracts from curricula used by various countries and Departments of Education. This book takes a different route. The assumption is made that criticism will be clearer if related to a substantial part of a curriculum rather than extracts from a variety of curricula from a variety of countries. The focus is on the recently developed, and currently …


Changes In Mathematics Achievement Over Time In Australia And Ethiopia, Tilahun Mengesha Afrassa Apr 2002

Changes In Mathematics Achievement Over Time In Australia And Ethiopia, Tilahun Mengesha Afrassa

Shannon Research Press

This study has five major purposes: to develop a general theoretical model which considers the multivariate structure of the available data; to examine the changes of the mathematics achievement level of Australian lower secondary school students over time; to develop a common mathematics scale to enable investigation of mathematics achievement over time and across countries; to develop a theoretical model of student level factors influencing the mathematics achievements of lower secondary students in Australia and Ethiopia and to examine these hypothesised interrelationships between variables; and to investigate the views and attitudes of Australian and Ethiopian students towards mathematics and schooling …


Science, Technology And Society In Science Education, Debra Tedman Jan 2002

Science, Technology And Society In Science Education, Debra Tedman

Shannon Research Press

This study had four major purposes. First, the study developed and used scales to measure the strength and coherence of students', teachers', and scientists' views, beliefs and attitudes in relation to science, technology and society (STS). Second, the factors which influenced the development of strong and coherent views on STS by students, were examined. Third, the study investigated whether male and female students differed in the strength and coherence of their views on STS. Fourth, structured group interviews with teachers provided information for the consideration of the problems encountered by teachers and students in the introduction of STS courses.


Mathematics: A Curriculum Profile For Australian Schools, Australian Education Council Jan 1994

Mathematics: A Curriculum Profile For Australian Schools, Australian Education Council

Mathematics

A joint project of the States, Territories and the Commonwealth of Australia initiated by the Australian Education Council, this is one of a series of sixteen documents representing collaborative curriculum development in Australia across eight areas of learning. The statements provide a framework for curriculum development by education systems and schools. They are divided into strands and further structured in four bands, roughly corresponding to the stages of schooling: lower primary, upper primary, junior secondary and post-compulsory. The statements do not provide a syllabus. Rather, they provide a foundation for courses which will meet students' needs and reflect advances in …