Enhancing proportional reasoning, a fundamental but elusive cornerstone of numeracy, through educational technology applications. This project targets numeracy; a national education priority and global measure of education quality. This project will fill an identified research gap about the specific mathematics content to support rich numeracy practices, thus enhancing the professional capacity of teachers of all disciplines to attain this national goal. High numeracy increases work and life cho ....Enhancing proportional reasoning, a fundamental but elusive cornerstone of numeracy, through educational technology applications. This project targets numeracy; a national education priority and global measure of education quality. This project will fill an identified research gap about the specific mathematics content to support rich numeracy practices, thus enhancing the professional capacity of teachers of all disciplines to attain this national goal. High numeracy increases work and life choices, strengthening the social and economic fabric and global competitiveness of Australian society. High numeracy supports access to science, technology, engineering and mathematics; areas in which current enrolments are in decline. This project will define the essence of numeracy for the 21st century, support evidence-based policy decisions and influence classroom practice.Read moreRead less
Promoting scientific literacy of secondary science students through studying socioscientific issues and argumentation. This project will develop a model of professional development and effective classroom strategies to improve 12-16 year old school students' decision-making about socioscientific issues. Key outcomes will be improved scientific literacy and willingness by young people to use scientific evidence when making personal and community decisions.
Social justice dispositions informing teachers' pedagogy in advantaged and disadvantaged secondary schools. This project studies the different perspectives that teachers have towards social justice and how these differently influence their teaching in advantaged and disadvantaged secondary schools. It will produce new concepts and methods for researching educational inequalities and to better enable teachers to act in more socially just ways.
Integrating teachers’ knowledge and affect to improve mathematics teaching and raise attainment. Mathematics teachers need to know their subject and how to teach it and need passion for the discipline and for inspiring their students to love it. They must believe that their students can learn mathematics and set high academic expectations for all of them. Knowledge and beliefs must be addressed in order to improve teaching, but exactly how can this be done? This project aims to build on existin ....Integrating teachers’ knowledge and affect to improve mathematics teaching and raise attainment. Mathematics teachers need to know their subject and how to teach it and need passion for the discipline and for inspiring their students to love it. They must believe that their students can learn mathematics and set high academic expectations for all of them. Knowledge and beliefs must be addressed in order to improve teaching, but exactly how can this be done? This project aims to build on existing work to develop theoretical insights that will lead to innovative approaches towards teacher change based on the integration of teacher knowledge and affect.Read moreRead less
Exceptional teachers for disadvantaged schools: A longitudinal study of graduates at work in low socio-economic status schools. Recruiting and retaining quality teachers for disadvantaged schools is a persistent problem of international significance. Building on a successful partnership with Queensland Department of Education, Training and Employment, this project aims to investigate how graduates from a unique teacher education program - designed to prepare quality teachers for schools situated ....Exceptional teachers for disadvantaged schools: A longitudinal study of graduates at work in low socio-economic status schools. Recruiting and retaining quality teachers for disadvantaged schools is a persistent problem of international significance. Building on a successful partnership with Queensland Department of Education, Training and Employment, this project aims to investigate how graduates from a unique teacher education program - designed to prepare quality teachers for schools situated in low socio-economic communities - perceive, recognise and enact ‘quality’ in their practice. The project merges theory on disadvantage with school-based practice and evidence of impact to develop theorisations of how early career teachers understand and enact quality teaching. The findings have implications for policy and practice in teacher education and capacity building.Read moreRead less
Eventful learning in quality pre-service science teacher education. The study aims to build a theory that explains quality in science teacher education by identifying successful learning-teaching events across programs of university science teacher education. This theory will guide wider application of eventful learning practices at university to enhance the successful entry of new teachers to the profession.
Optimising teaching and learning with mobile-intensive pedagogies. Mobile technologies are ubiquitous in Australia but knowledge about their widespread effective application for school education is patchy. This research investigates the complex factors that promote or inhibit quality teaching and learning with mobile technologies in secondary schools. This project brings together multidisciplinary expertise to investigate mobile learning. It aims to support the development of effective teaching ....Optimising teaching and learning with mobile-intensive pedagogies. Mobile technologies are ubiquitous in Australia but knowledge about their widespread effective application for school education is patchy. This research investigates the complex factors that promote or inhibit quality teaching and learning with mobile technologies in secondary schools. This project brings together multidisciplinary expertise to investigate mobile learning. It aims to support the development of effective teaching practices and school initiatives that exploit mobile technologies to improve education outcomes in mathematics and science. The project aims to establish cutting edge instruments, validated and tested in Australian contexts, which can be adapted for future large scale work in the field of technology-enhanced learning.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE180100682
Funder
Australian Research Council
Funding Amount
$384,996.00
Summary
Do teacher research experiences affect student outcomes in science? This project aims to determine whether authentic scientific research projects undertaken by teachers translate into improved science-related outcomes for students. Measures to redress declining levels of understanding and interest in science among Australian secondary students over more than two decades have had little effect. Using a cross-national multiple case study design, the project plans to generate new knowledge about im ....Do teacher research experiences affect student outcomes in science? This project aims to determine whether authentic scientific research projects undertaken by teachers translate into improved science-related outcomes for students. Measures to redress declining levels of understanding and interest in science among Australian secondary students over more than two decades have had little effect. Using a cross-national multiple case study design, the project plans to generate new knowledge about improving teachers’ scientific literacy and classroom practice that translates to improved student understanding of, and engagement with, science. This will afford significant social and economic benefits through targeted research-informed education strategies that meet the needs of Australia’s future STEM workforce.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE150100269
Funder
Australian Research Council
Funding Amount
$361,876.00
Summary
Designing and implementing effective cross-curricular numeracy tasks. Numeracy has been a national education priority for more than a decade, yet there appears to be little progress in students' numeracy performance. A lack of numeracy skills leads to devastating social and economic outcomes for individuals. This project aims to improve students' numeracy capabilities through: attention to the design of tasks intended to enhance numeracy learning across the curriculum; and the refinement of teac ....Designing and implementing effective cross-curricular numeracy tasks. Numeracy has been a national education priority for more than a decade, yet there appears to be little progress in students' numeracy performance. A lack of numeracy skills leads to devastating social and economic outcomes for individuals. This project aims to improve students' numeracy capabilities through: attention to the design of tasks intended to enhance numeracy learning across the curriculum; and the refinement of teaching practices with a view to improving student performance on both standardised numeracy tests and more realistic, contextualised tasks. The project aims to generate new theoretical and practical insights into effective numeracy education across the school curriculum.Read moreRead less
Punish them or engage them? Identifying and addressing productive and unproductive student behaviours in South Australian schools. This project will provide a contemporary understanding of productive and unproductive student behaviour, which is a key educational concern in Australia. Evidence will be obtained to inform educational decisions to engage and promote positive student behaviour and improve academic achievement.