Intercultural understanding in primary and secondary schools. What facilitates or impedes intercultural understanding in children, adolescents and schools? How can this be addressed? How can we know what makes a difference? This project answers these questions at the individual, school and national level using a novel cultural systems approach and methodological and technological innovations.
Improving teacher assessment using exemplars and online moderation. This project aims to assess the dependability of teacher judgement using psychometric scaling and online moderation. The project will use an innovative approach to connect achievement standards and judgement-practice for middle-year students in Australian education system. Expected outcomes of the project include the development of scaled work samples exemplifying A-E standards of achievement, refined methods for the consistency ....Improving teacher assessment using exemplars and online moderation. This project aims to assess the dependability of teacher judgement using psychometric scaling and online moderation. The project will use an innovative approach to connect achievement standards and judgement-practice for middle-year students in Australian education system. Expected outcomes of the project include the development of scaled work samples exemplifying A-E standards of achievement, refined methods for the consistency and comparability of assessment decisions, and a new approach to moderating teacher judgements. This project should provide significant benefits in building teachers’ assessment capabilities, shaping policy and teacher preparation.Read moreRead less
Enacting Climate Change Education through representing scientists’ practice. This research will work with scientists and teachers across three continents to translate contemporary climate-related research practices into a novel curriculum approach that emphasises deep science knowledge, skills, and values. It responds to a pressing national need to prepare students for a 21st century marked by complex work futures and major socio-scientific challenges related to climate change. The project will ....Enacting Climate Change Education through representing scientists’ practice. This research will work with scientists and teachers across three continents to translate contemporary climate-related research practices into a novel curriculum approach that emphasises deep science knowledge, skills, and values. It responds to a pressing national need to prepare students for a 21st century marked by complex work futures and major socio-scientific challenges related to climate change. The project will develop students’ engagement with and competencies in the sciences for fast changing work futures, and decision making and action regarding environmental challenges. It contributes to an enhanced scientific workforce and a citizenry capable of responding to complex environment-related challenges.
Read moreRead less
STEM education: Student attitudes, teacher relationships & emotional climate. This project aims to improve science, technology, engineering and mathematics (STEM) outcomes in schools, especially among females. This study will develop and validate a questionnaire to assess classroom emotional climate and investigate its mediating influence on teacher-student interactions and students’ effective outcomes. Focus groups will provide input into the interpretation and triangulation of questionnaire f ....STEM education: Student attitudes, teacher relationships & emotional climate. This project aims to improve science, technology, engineering and mathematics (STEM) outcomes in schools, especially among females. This study will develop and validate a questionnaire to assess classroom emotional climate and investigate its mediating influence on teacher-student interactions and students’ effective outcomes. Focus groups will provide input into the interpretation and triangulation of questionnaire findings and permit causal inferences. Expected outcomes include practical, research-based guidance to teachers for enhancing classroom emotional climate and motivating further study in STEM disciplines.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE120101469
Funder
Australian Research Council
Funding Amount
$375,000.00
Summary
The effects of the National Assessment Program - Literacy and Numeracy on Australian School Communities. The National Assessment Program - Literacy and Numeracy is a significant part of Australian schooling for all stakeholders, but there is little research investigating claims of improved educational outcomes. This project examines the positive and negative effects of the National Assessment Program - Literacy and Numeracy testing on classroom pedagogy, curriculum and student learning through t ....The effects of the National Assessment Program - Literacy and Numeracy on Australian School Communities. The National Assessment Program - Literacy and Numeracy is a significant part of Australian schooling for all stakeholders, but there is little research investigating claims of improved educational outcomes. This project examines the positive and negative effects of the National Assessment Program - Literacy and Numeracy testing on classroom pedagogy, curriculum and student learning through the experiences of teachers and parents.Read moreRead less
Spatial intervention: An enduring model to build mathematics achievement. Strong evidence links spatial skills with mathematics achievement but the reasons remain theoretical. The aim of this project is to empirically establish the mechanisms connecting spatial reasoning with mathematics performance, including longitudinal interventions to provide evidence for long-term impact. The project is significant given the heightened concern surrounding Australian students’ performance on national and in ....Spatial intervention: An enduring model to build mathematics achievement. Strong evidence links spatial skills with mathematics achievement but the reasons remain theoretical. The aim of this project is to empirically establish the mechanisms connecting spatial reasoning with mathematics performance, including longitudinal interventions to provide evidence for long-term impact. The project is significant given the heightened concern surrounding Australian students’ performance on national and international assessments. Expected outcomes are a detailed understanding of the ways enhanced spatial skills improve mathematics performance, and empirically tested intervention programs. Anticipated benefits include improved accessibility of mathematics education and sustained mathematics performance for all students.Read moreRead less
Einsteinian Physics: A new paradigm for school science. This project aims to determine whether the early teaching of the modern Einsteinian paradigm of physics improves students' understanding of physics and attitudes to science. The project aims to investigate whether it is feasible to teach all students the physics that underpins modern technology. It is expected that by introducing students to the paradigm of Einsteinian physics before they learn the useful Newtonian approximations, their eng ....Einsteinian Physics: A new paradigm for school science. This project aims to determine whether the early teaching of the modern Einsteinian paradigm of physics improves students' understanding of physics and attitudes to science. The project aims to investigate whether it is feasible to teach all students the physics that underpins modern technology. It is expected that by introducing students to the paradigm of Einsteinian physics before they learn the useful Newtonian approximations, their engagement and understanding of physics is intended to improve. This is critical to Australia as enrolments in the hard sciences plummet.Read moreRead less
Building the numeracy and information and communication technology capability of students with intellectual disabilities. This project investigates strategies to build numeracy and information and communication technology capability among students with intellectual disabilities. It aims to support teachers in mainstream and special education schools as they plan and monitor personalised instruction for their students. The research combines disciplines of special schools, the state Education Depa ....Building the numeracy and information and communication technology capability of students with intellectual disabilities. This project investigates strategies to build numeracy and information and communication technology capability among students with intellectual disabilities. It aims to support teachers in mainstream and special education schools as they plan and monitor personalised instruction for their students. The research combines disciplines of special schools, the state Education Department’s Student Inclusion and Wellbeing Division, and the Assessment Research Centre. The expected outcome is an integrated program of assessment, reporting, curriculum, and instructional advice that promotes inclusive educational practices and seeks to ensure all children have improved opportunities to participate in a technology driven, emerging knowledge economy.Read moreRead less
Processing dynamic graphics: Visuospatial reasoning in mathematics. Increasingly, mathematics competence will be measured in digital and dynamic contexts. Students who possess high visuospatial reasoning are expected to become even better equipped to succeed in science, technology, engineering and mathematics (STEM) related disciplines as technological advances shape how we interpret and decode information. This project explores those aspects of visuospatial reasoning critical for success when s ....Processing dynamic graphics: Visuospatial reasoning in mathematics. Increasingly, mathematics competence will be measured in digital and dynamic contexts. Students who possess high visuospatial reasoning are expected to become even better equipped to succeed in science, technology, engineering and mathematics (STEM) related disciplines as technological advances shape how we interpret and decode information. This project explores those aspects of visuospatial reasoning critical for success when students encounter dynamic mathematics tasks, and attempts to determine whether different forms of visuospatial reasoning are required to decode static and dynamic information. The project aims to better understand how students process mathematics tasks, so the inevitable move toward digital assessment can be managed effectively to promote assessment for learning.Read moreRead less
Enhancing numeracy learning and teaching across the curriculum. Leaving school without an adequate level of numeracy has devastating consequences for young people's life chances. This project will implement a rich approach to numeracy across the curriculum in Years 3, 5, 7 and 9 with the aim of improving students' numeracy learning outcomes and teachers' confidence with and understanding of numeracy.