Curriculum and pedagogy
Overview
Our research in curriculum and pedagogy encompasses mathematics, science, and literacy education as well as assessment and learning.
In the areas of mathematics and the sciences in education, our researchers are currently investigating such diverse topics as children's statistical reasoning, the effective preparation of middle years' children for the study of engineering, and the impact of advanced teacher subject knowledge on teacher practices in science and mathematics classrooms.
Notable outcomes of our research in mathematics and science education include:
- the Graphical Languages in Mathematics Test - a tool for measuring graphical competence
- a UNESCO science education report which defines scientific literacy.
Our literacy researchers investigate many aspects of literacy education including print literacy, multiliteracies, and the role of digital learning. Employing a variety of approaches, they examine:
- literacy assessment and teachers' work
- the reform of low socio-economic, culturally diverse schools
- literacy demands in the middle years.
Our researchers are recognised leaders who collaborate with national and international partners.
Peformance
Evidence of research quality
ERA (Excellence in Research for Australia) 2012 score:
- 4 (above world standard) -
- Curriculum and Pedagogy (FOR 1302).
Developing new researchers
- HDR students
- 113
- Early career researchers
- 15
Publication output
2010
- Total
- 40
Research income
- 2012 ERA total
- $4,050,297
- 2010 total
- $1,098,998
Key grants
2008-2013
- Accelerating the mathematics of learning of low socio-economic status junior secondary students
- Developmental engineering education in the primary school
- Digital learning and print literacy: a design experiment for the reform of low socio-economic, culturally diverse schools
- Emotional learning in socioscientific issues for enhancement of scientific literacy
- Emotional transitions: exploring professional transitions of science teachers
- Enhancing Science, Technology, Engineering and Mathematics (STEM) education through collaborative research partnerships in the Asia-Pacific region
- Developing culturally-fair assessment practices to achieve greater equity and success for indigenous students
- The International Baccalaureate in Australian schools: a sociological case study
- How young (2-4 years) Indigenous learners come to know and not know early mathematical language and processes
- Investigating standards-driven reform in assessment in the middle years of schooling
- Mandated literacy assessment and the reorganisation of teachers' work
- New literacy demands in the middle years: learning from design experiments
- Restructuring statistical reasoning in the early school years: a longitudinal study of data modelling
- The role of subject-matter knowledge in teaching science and mathematics: practices of teachers with advanced qualifications in the sciences
- Sustainable selves: a new assessment model for marginalised secondary students
- What teachers do with the official curriculum: a quantitative study of factors influencing the curriculum-in-use
People
Projects
Projects
This is just a sample of our research activity in this area.
- Statistical literacy in the primary school: beginning inference
- Developmental engineering education in the primary school
- New Literacy Demands in the Middle Years: Learning from Design Experiments
- Emotional Learning in Socioscientific Issues for Enhancement of Scientific Literacy
- Ethical leadership: A collaborative investigation of equity-driven evidence-based school reform
- Images, Perceptions and Resources: Enhancing Australia's Role in China's English Language Education
- Industry-school Partnerships: A Strategy to Enhance Education and Training Opportunities
- Digital Learning and Print Literacy: A design experiment for the reform of low socio-economic, culturally diverse schools
Partnerships
International linkages
North America:
- York University, Canada
- Indiana University, USA
United Kingdom:
- Queen's University, Ireland
- National Council for Curriculum and Assessment, Ireland
Asia:
- Beijing Normal University
Significant corporate partnerships
- Queensland Teachers' Union
- Department of Education and Training (Queensland)
- Department of Main Roads (Queensland)
- Construction Skills Queensland
- Energy Skills Queensland
- Queensland Minerals and Energy Academy
- Engineers Australia
Cross-disciplinary engagement
- Engineering
- Policy and Administration
- Sociology
- History and Philosophy
Impact
Evidence of impact
- Principles of assessment co-developed by Queensland Studies Authority now used by the Australasian Curriculum, Assessment and Certification Authority.
Our research:
- including the 4 Resources Model and Critical literacy, has had a direct impact on literacy education curriculum and policy in Canada and several US states, is used in other parts of the world (e.g., Latin America), and has been applied to other curriculum areas (e.g., science)
- reports on how, and against what odds in the contemporary socio-political climate, teacher-researchers involved in an ARC Linkage project in secondary schools in a low SES region redesigned their pedagogy to incorporate young people's funds of knowledge in order to improve literacy outcomes and support students' aspirations for the future
- provides alternatives ways of thinking about the education of low literate refugees. It looks at possibilities for critical and intellectually substantive teaching and highlights linguistic politics that work against the students' participation in the Australian classroom
- challenges the validity of conventional literacy pedagogies, and demonstrates how to engage students from varied cultural and linguistic backgrounds into new forms of communication with digital technologies
- drives effective teacher preparation for standards-driven reform beyond provision of standards and exemplars
- informs national and international (US and Europe) use of mathematical modelling in the primary school mathematics curriculum - a new and powerful approach to future-oriented problem solving. Model-eliciting problems take students beyond computation towards conceptualisation, description, and explanation, where students generate their own mathematical ideas
- provides implications of policy and practice for enhancing scientific literacy internationally and led to a new program of research in hybridised writing that provides compelling evidence for practices to engage students in science and the achievement of scientific literacy.
Research degree enquiries
Education research office
- Phone: 3138 3466
- Int. phone: +61 7 3138 3466
- Email: edn.research@qut.edu.au
Commercial research enquiries
Faculty of Education - consultancies
- Phone: 3138 3545
- Int. phone: +61 7 3138 3545
- Email: edu.consultancies@qut.edu.au
- Level 3, B Block
Victoria Park Road
Kelvin Grove 4059
- Postal address:
Faculty of Education - Development Office
GPO Box 2434
Brisbane QLD 4001