Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 3 of 3
Full-Text Articles in Education
Bringing Learning Progressions Down To 2-Year-Olds In Reading And Mathematics, Prue Anderson
Bringing Learning Progressions Down To 2-Year-Olds In Reading And Mathematics, Prue Anderson
2021-2030 ACER Research Conferences
ACER’s learning progressions in reading and mathematics describe growth that is mainly focused on skills students demonstrate at and beyond school. These progressions have recently been extended down to describe earlier levels of growth so we now have seamless progressions from skills and understandings toddlers might demonstrate up to highly sophisticated skills and concepts. This presentation briefly outlines ACER’s work and identifies key implications for educators. The pathways that support early reading development were described in progressions for listening comprehension and sounds and letters. Along with an early mathematics progression, these were conceptualised as embedded in an oral language progression. …
Supporting Science Teaching Practice With Learning Progressions, Erin Furtak
Supporting Science Teaching Practice With Learning Progressions, Erin Furtak
2021-2030 ACER Research Conferences
Learning progressions are often used as foundations for curriculum and assessment. At the same time, as representations of the development of student ideas and practices, they can also serve as maps to support teachers during instruction. This paper describes a program of research in which my colleagues and I have investigated how learning progressions can support high school science teachers in cycles of co-designing formative assessments.
Karmel Oration: Excellent Progress For All: A Function Of Year-Level Curriculum Or Evidenced-Based Learning Progressions?, Dianne Siemon
Karmel Oration: Excellent Progress For All: A Function Of Year-Level Curriculum Or Evidenced-Based Learning Progressions?, Dianne Siemon
2021-2030 ACER Research Conferences
Excellent progress for all students is an ambitious but necessary goal if we are to improve the life choices of all students. At the moment, we are not serving all our students well despite the best efforts of teachers. We need to look further afield to the curriculum and assessment regimes that drive current practice. Grouping students by ability and offering a watered-down curriculum for some is not the answer. Evidenced-based learning progressions that point to what is important in ensuring all students build a deep, well-connected understanding of mathematics over time is what is needed to support reform at …