Research and innovation leaders for industry. This research project will contribute significant national benefits because it will provide new data on the future likely requirements of 21st century researchers who will play a leading role in promoting Australia's innovation culture and economy. Government, industry, university and graduate stakeholders require an evidence-base upon which to reform Australian research training policy. By exploring the graduate employment outcomes and transitions o ....Research and innovation leaders for industry. This research project will contribute significant national benefits because it will provide new data on the future likely requirements of 21st century researchers who will play a leading role in promoting Australia's innovation culture and economy. Government, industry, university and graduate stakeholders require an evidence-base upon which to reform Australian research training policy. By exploring the graduate employment outcomes and transitions of recent graduates and employers' perceptions of their knowledge and skills, this study will inform the development of research training quality indicators and contribute to theoretical debates about the nature of knowledge production and innovation in post-modern times.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
Using explanatory frameworks to enhance students' metacognitive capabilities in science. The success and continuation of science programs in secondary schools and universities is dependent on foundational improvements in teaching and learning. This proposal is designed to address this national concern by fostering potential science talent by encouraging more students to study and enjoy science in a meaningful way. Through the development of carefully analysed explanatory frameworks, science teac ....Using explanatory frameworks to enhance students' metacognitive capabilities in science. The success and continuation of science programs in secondary schools and universities is dependent on foundational improvements in teaching and learning. This proposal is designed to address this national concern by fostering potential science talent by encouraging more students to study and enjoy science in a meaningful way. Through the development of carefully analysed explanatory frameworks, science teachers and university lecturers will enable students to develop their metacognitive capabilities so that they are able to think logically about science concepts rather than memorise basic facts which are easily forgotten. Expected practical benefits are students who are better able to learn and communicate, especially in science.Read moreRead less
Researching Collective Argumentation in Mathematics and Science Classrooms. The project will provide evidence-based pedagogical strategies for the reform of classroom teaching and learning in the crucial areas of mathematics and science. We will develop a form of pedagogy (Collective Argumentation) that enables students to be confident in deploying mathematical and scientific knowledge and skills in relation to the economic and social choices that they make in everyday contexts. Collective Argum ....Researching Collective Argumentation in Mathematics and Science Classrooms. The project will provide evidence-based pedagogical strategies for the reform of classroom teaching and learning in the crucial areas of mathematics and science. We will develop a form of pedagogy (Collective Argumentation) that enables students to be confident in deploying mathematical and scientific knowledge and skills in relation to the economic and social choices that they make in everyday contexts. Collective Argumentation can induct students into 'habits of mind and social practices' necessary for building an innovative learning community. This project will enable us to extend this innovative approach and to further develop its effectiveness.Read moreRead less
Emotional Transitions: Exploring Professional Transitions of Science Teachers. Research most needed to inform policy and practice for improving teacher education and the retention of new-science teachers is that which captures the experiences and development of the new teacher, particularly in the critical transition period from university to full-time work in schools. This period is fundamental to becoming a satisfied and effective teacher. Our study contributes significantly to national concer ....Emotional Transitions: Exploring Professional Transitions of Science Teachers. Research most needed to inform policy and practice for improving teacher education and the retention of new-science teachers is that which captures the experiences and development of the new teacher, particularly in the critical transition period from university to full-time work in schools. This period is fundamental to becoming a satisfied and effective teacher. Our study contributes significantly to national concerns for quality-teacher education by providing new insights into the emotions and identities of transitioning-science teachers in practice. The proposed study also models innovative procedures that can enrich subsequent longitudinal studies of teacher transitions and impact of teacher-education programs.Read moreRead less
Scientific Careers and Innovation Networks in the Asian Region: Australia's Regional Role in Education, Research Training and Scientific Development. This project, in partnership with UNESCO, documents the careers of critical innovation personnel - scientists working in 16 countries in the Asian region. Cohort analyses based on age-set, sectors of employment, countries of training and fields of research provide new insights into the changing role of scientists in this economically diverse region ....Scientific Careers and Innovation Networks in the Asian Region: Australia's Regional Role in Education, Research Training and Scientific Development. This project, in partnership with UNESCO, documents the careers of critical innovation personnel - scientists working in 16 countries in the Asian region. Cohort analyses based on age-set, sectors of employment, countries of training and fields of research provide new insights into the changing role of scientists in this economically diverse region over a period of up to 50 years. The study will document the role of advanced education in integrating knowledge creation and use in the region, highlighting the role of Australia in creating the regional innovation networks that constitute a major resource for this country and the region.Read moreRead less
School-University e-Learning research partnerships for scaling up innovation. Despite optimism about new technologies for learning, e-learning innovation has been slow to scale up. This project tests a novel research strategy for engaging schools sustainably with e-learning. Teams of students (school and university), teachers (including beginning teachers), community members, consultants and e-learning researchers are constituted, in schools, to identify, collaboratively, hard-to-learn (technolo ....School-University e-Learning research partnerships for scaling up innovation. Despite optimism about new technologies for learning, e-learning innovation has been slow to scale up. This project tests a novel research strategy for engaging schools sustainably with e-learning. Teams of students (school and university), teachers (including beginning teachers), community members, consultants and e-learning researchers are constituted, in schools, to identify, collaboratively, hard-to-learn (technology-and-science) concepts and effective teaching approaches, develop ways of exploiting new media to teach such concepts and scale up their solutions within and beyond their schools. Re-conceiving the problem so students and teachers gain equity as e-learning researchers yields a model for scholarly, future-oriented educational renewal.Read moreRead less
Crisis in chemistry: How do we best teach particle concepts for understanding? Fundamental chemistry knowledge is essential in the information age because citizens and professionals need to make informed decisions about GM technology, pollution and how to teach science. Chemistry learning is compromised by recurring intuitive and taught misconceptions about atoms and molecules. The widely documented misconceptions emphasise what students cannot do. This unique project studies students, teachers ....Crisis in chemistry: How do we best teach particle concepts for understanding? Fundamental chemistry knowledge is essential in the information age because citizens and professionals need to make informed decisions about GM technology, pollution and how to teach science. Chemistry learning is compromised by recurring intuitive and taught misconceptions about atoms and molecules. The widely documented misconceptions emphasise what students cannot do. This unique project studies students, teachers and international chemistry educators to develop a theoretical and practical model of what students can understand and do in primary, secondary and university chemistry with respect to atoms and molecules. The research will significantly improve chemistry teaching at the macroscopic, microscopic and symbolic levels.Read moreRead less
Generating Science Content Knowledge through Digital Animation in a Knowledge-building Community of Preservice Teachers. Sustaining Australia's growth and prosperity is dependent on continuous innovation in the teaching of science. Yet science is one of the least taught subjects in the primary curriculum because teachers lack content knowledge and confidence. This research engages preservice primary teachers in using new technologies to develop their understanding of science content knowledge th ....Generating Science Content Knowledge through Digital Animation in a Knowledge-building Community of Preservice Teachers. Sustaining Australia's growth and prosperity is dependent on continuous innovation in the teaching of science. Yet science is one of the least taught subjects in the primary curriculum because teachers lack content knowledge and confidence. This research engages preservice primary teachers in using new technologies to develop their understanding of science content knowledge through digital animation and to collaborate with other preservice teachers interstate and internationally. The products and processes of digital animation will help maintain and expand Australia's base as a knowledge economy as well as provide a social benefit of improved science teaching in schools. Read moreRead less
Knowledge to enhance Science Teaching and Learning: Pursuing scholarship through explicitly enacting expert science teachers' pedagogical content knowledge. This research will enhance understandings of science teaching and learning allowing science teachers to share their knowledge in meaningful ways. In teacher preparation this will be particularly valuable by 'fast-tracking' learning about teaching science and minimize the process of the next generation of teachers feeling as though they are r ....Knowledge to enhance Science Teaching and Learning: Pursuing scholarship through explicitly enacting expert science teachers' pedagogical content knowledge. This research will enhance understandings of science teaching and learning allowing science teachers to share their knowledge in meaningful ways. In teacher preparation this will be particularly valuable by 'fast-tracking' learning about teaching science and minimize the process of the next generation of teachers feeling as though they are rediscovering that which is already known by experienced teachers of science. In articulating science teachers' knowledge, enhanced valuing their knowledge and skills of practice will occur. Such outcomes will place understanding of science teaching and learning at the forefront of teacher professionalism and positively impact work on professional standards in teaching.Read moreRead less