Providing the Mathematical Foundation for an Innovative Australia within Reform Based Learning Environments. The focus of this project is the pedagogical change that The Review of Teaching and Teacher Education indicates must take place in order to lay the quantitative foundations for advancing innovation, science, technology, and mathematics, while satisfying the requirements of a reform-based learning environment. Professional learning directed at teachers' pedagogical content knowledge and be ....Providing the Mathematical Foundation for an Innovative Australia within Reform Based Learning Environments. The focus of this project is the pedagogical change that The Review of Teaching and Teacher Education indicates must take place in order to lay the quantitative foundations for advancing innovation, science, technology, and mathematics, while satisfying the requirements of a reform-based learning environment. Professional learning directed at teachers' pedagogical content knowledge and belief structures with respect to mathematics within an environment of curricular change, will be evaluated in evidence-based terms related to teacher change and student outcomes. Significance includes the context, the middle school years in rural district schools, and the influence of technology on pedagogy.Read moreRead less
The Shallow Teaching Syndrome in School Mathematics - towards practical ways that will engage students more deeply. Australian governments have made considerable investment in international comparative studies of student achievement in mathematics. One of the findings is that an average Australian lesson exhibits the 'shallow teaching syndrome', having relatively lower complexity, higher repetition and less mathematical reasoning than high-achieving countries. This project will interview cur ....The Shallow Teaching Syndrome in School Mathematics - towards practical ways that will engage students more deeply. Australian governments have made considerable investment in international comparative studies of student achievement in mathematics. One of the findings is that an average Australian lesson exhibits the 'shallow teaching syndrome', having relatively lower complexity, higher repetition and less mathematical reasoning than high-achieving countries. This project will interview curriculum leaders and textbook writers, and analyse both traditional textbook and innovative curriculum materials. This will help to understand the reasons for the syndrome and recommend practical ways in which lessons that engage students more deeply, can be encouraged.Read moreRead less
Responsibility for knowledge generation in Australian and Korean mathematics classrooms: Beyond the teacher-centred/student-centred dichotomy. We need to reconcile the apparent differences in instructional practice between well-taught 'Asian' and well-taught 'Western' mathematics classrooms. If this can be achieved then best practice in one tradition can inform best practice in the other. An analytical approach based on the distribution of responsibility for knowledge generation is applied to we ....Responsibility for knowledge generation in Australian and Korean mathematics classrooms: Beyond the teacher-centred/student-centred dichotomy. We need to reconcile the apparent differences in instructional practice between well-taught 'Asian' and well-taught 'Western' mathematics classrooms. If this can be achieved then best practice in one tradition can inform best practice in the other. An analytical approach based on the distribution of responsibility for knowledge generation is applied to well-taught classrooms in Australia and Korea in order to accommodate the effective practices of competent teachers in both traditions within the same explanatory framework. Only then will teachers in one tradition have access to effective practice in the other tradition in a form likely to sustain culturally-appropriate adaptation. The benefits to Australian schools will be considerable.Read moreRead less
Examining the relationship between the documented curriculum, classroom tasks, and the learning of mathematics. There is an obvious connection between maximizing mathematics learning of young people and the nation's future. Currently many young people are missing opportunities for learning mathematics at school, and this not only reduces their own opportunities, but also increases their risk of long term dependence on government services. At the same time, mathematics is increasingly necessary f ....Examining the relationship between the documented curriculum, classroom tasks, and the learning of mathematics. There is an obvious connection between maximizing mathematics learning of young people and the nation's future. Currently many young people are missing opportunities for learning mathematics at school, and this not only reduces their own opportunities, but also increases their risk of long term dependence on government services. At the same time, mathematics is increasingly necessary for tertiary study in a range of fields, and the number of students choosing the highest level of mathematics is declining. The project will evaluate the types of tasks that teachers can use to engage all students in learning mathematics effectively, while preserving options for those students who may choose to specialise in tertiary mathematics study.Read moreRead less
Linkage Infrastructure, Equipment And Facilities - Grant ID: LE0211588
Funder
Australian Research Council
Funding Amount
$120,000.00
Summary
The Classroom Learning Laboratory. A facility is proposed to support the collection, configuration, storage and analysis of data (particularly video data) related to learning and teaching in classrooms. The Co-Applicants currently direct major projects at all levels of institutionalised education from early-years to tertiary, particularly in mathematics and technology education. The facility will provide the infrastructure for several large-scale projects involving many researchers and in the l ....The Classroom Learning Laboratory. A facility is proposed to support the collection, configuration, storage and analysis of data (particularly video data) related to learning and teaching in classrooms. The Co-Applicants currently direct major projects at all levels of institutionalised education from early-years to tertiary, particularly in mathematics and technology education. The facility will provide the infrastructure for several large-scale projects involving many researchers and in the long-term has the potential to catalyse new activity by educational researchers throughout Australia and significant overseas collaborative involvement. The proposed facility addresses a growing need locally, nationally, and internationally, offering both data storage and efficient access for analysis.Read moreRead less
Supporting personalised learning in secondary schools through the use of specific mathematics assessments that reveal thinking. This project will improve numeracy standards in secondary schools, by assisting teachers to personalise the teaching of each student. Through detailed research, the project will develop sophisticated assessments that clearly reveal students' mathematical thinking. On-line diagnosis will suggest teaching activities that can bring about desired conceptual changes. The eff ....Supporting personalised learning in secondary schools through the use of specific mathematics assessments that reveal thinking. This project will improve numeracy standards in secondary schools, by assisting teachers to personalise the teaching of each student. Through detailed research, the project will develop sophisticated assessments that clearly reveal students' mathematical thinking. On-line diagnosis will suggest teaching activities that can bring about desired conceptual changes. The effectiveness of the resources will be thoroughly tested, for impact on student achievement and the mathematics teaching skills of teachers, especially those working out-of-field. Rural schools will have equal access to these resources. Good numeracy provides the foundation for life-long learning, employment satisfaction and the economic competitiveness of Australia.Read moreRead less
The International Classroom Research Collaboration. The International Centre for Classroom Research at the University of Melbourne is the hub of an international network of classroom researchers. Australian coordination of this major international research network ensures that the priorities and initiatives, characteristic of contemporary Australian education (eg problem-based learning, authentic assessment, and working mathematically) can be anticipated and accommodated in the research agenda o ....The International Classroom Research Collaboration. The International Centre for Classroom Research at the University of Melbourne is the hub of an international network of classroom researchers. Australian coordination of this major international research network ensures that the priorities and initiatives, characteristic of contemporary Australian education (eg problem-based learning, authentic assessment, and working mathematically) can be anticipated and accommodated in the research agenda of the International Classroom Research Collaboration. Connections with state departments of education, state and national professional associations, and Australian schools and school systems, ensure that the findings of this international collaboration will be communicated efficiently to schools and classroom practitioners in Australia.Read moreRead less
Maximising Sucess in Mathematics for Disadvantaged Students. This project aims to identify strategies that teachers can use to overcome the obvious disadvantage some school students experience in learning mathematics. Currently working class and Indigenous students in Australian schools are performing very much worse than their peers in mathematics. Some currently recommended teaching strategies may be actually exacerbating this disadvantage. This project will identify the factors contributing t ....Maximising Sucess in Mathematics for Disadvantaged Students. This project aims to identify strategies that teachers can use to overcome the obvious disadvantage some school students experience in learning mathematics. Currently working class and Indigenous students in Australian schools are performing very much worse than their peers in mathematics. Some currently recommended teaching strategies may be actually exacerbating this disadvantage. This project will identify the factors contributing to the lack of success of these students, and offer strategies that teachers can use to ensure that students from disadvantaged backgrounds have the same opportunities to learn mathematics as other students.Read moreRead less
Special Research Initiatives - Grant ID: SR0354538
Funder
Australian Research Council
Funding Amount
$30,000.00
Summary
Enabling Sciences Education (EnSE) Research Network. The Network aims to ensure the long-term ability of Australians to excel in scientific and technological innovation at all levels of community activity. This will be achieved by establishing significant and ambitious research agendas for improving the teaching and learning of Mathematics, Science and Technology in primary, secondary and tertiary education sectors. Of significance will be the productive synergies flowing from uniting, across ....Enabling Sciences Education (EnSE) Research Network. The Network aims to ensure the long-term ability of Australians to excel in scientific and technological innovation at all levels of community activity. This will be achieved by establishing significant and ambitious research agendas for improving the teaching and learning of Mathematics, Science and Technology in primary, secondary and tertiary education sectors. Of significance will be the productive synergies flowing from uniting, across the three disciplines, Australia's most outstanding, experienced and dedicated researchers with new and mid-career colleagues. Expected outcomes include a diverse but cohesive and collaborative research community that provides international leadership in helping students achieve their full potential. Read moreRead less
Values in mathematics and science education: mapping the relationships between pedagogical practices and student outcomes. Mathematics and science in schools both involve the teaching of values. Some value outcomes are intended by the teachers and are explicitly taught, particularly in science, while other values are only implicitly present in classroom practices, as is typically the case with mathematics. What is not yet known is what values students learn from different teachers and from their ....Values in mathematics and science education: mapping the relationships between pedagogical practices and student outcomes. Mathematics and science in schools both involve the teaching of values. Some value outcomes are intended by the teachers and are explicitly taught, particularly in science, while other values are only implicitly present in classroom practices, as is typically the case with mathematics. What is not yet known is what values students learn from different teachers and from their practices, and how these learned values impact on student engagement with these subjects. This project will explore the relationships between the values embedded in the pedagogical practices of primary and secondary teachers of mathematics and science, and student values outcomes.Read moreRead less