Abstract/Notes: This article presents descriptions from seven schools of how they are applying research in neuroscience and the cognitive sciences to student learning. Braemar College, Woodend, Victoria implemented Fast ForWord with the knowledge of independently verified results in 2008 to assist students deemed to be at risk academically. Concordia College, Highgate, SA has implemented Brain Week since 2005. It aims to provide Year 8 students with the capacity to understand how their brain works ad to understand what happens to their brain when they learn. The Montessori International College, Buderim, Qld uses the Montessori curriculum to precisely trigger brain functions that are the building blocks of learning and personality. Ravenswood School for Girls Gordon NSW is reviewing its pastoral care program to provide an authentic program which will guide adolescents as they transverse the middle years and promotes student wellbeing, and which has at its base a deep understanding of the changes the adolescent brain is undergoing. St. Michael's Collegiate School, Hobart, Tas is using an executive function mindset to help all students in areas such as planning, organising, prioritising, initiating, sustaining, shifting and self monitoring. This, combined with focused effort, positive self concept, and strategic mindsets, are key to student success across all grades. Scotch Oakburn College, Launceston, Tas is considering brain based maths learning, which in beginning arithmetic takes advantage of the learner's number sense, subitising and counting strategies by making connections to new mathematical operations, so that multiplication tables become tools leading to a deeper understanding of mathematics, rather than an end unto themselves. With the wealth of research evidence growing about the plasticity of the brain, Wilderness School, Medindie, SA designed and implemented in 2011 a 'Thinking and Learning' unit for all Year 9 girls on mindsets.

Language: English

ISSN: 1324-2326

Abstract/Notes: New research has reinforced what Maria Montessori worked out 100 years ago. Finger tracing enhances learning, Sue Osborne writes.

Language: English

ISSN: 1320-9825

Language: English

Published: London, England: George G. Harrap and Co., 1947

Language: English

ISSN: 0065-9444

Language: English

ISSN: 0065-9444

Language: English

ISSN: 0065-9444

Language: English

ISSN: 0065-9444

Language: English

ISSN: 0010-700X

Abstract/Notes: "MORE Abstracts 2003? It is time for innovation and thus for contrasting developmental and conservative boosts to come to the attention of the various places in which school action is performed everyday. Montessori materials seem to want to contribute to the representation of the complex concepts of arithmetic and geometry and certainly have allowed the identification and definition of learning models and teaching patterns that have led to defining the Montessori proposal as a method. They have played a key role in the construction of teaching processes that can determine an effective and motivating repertoire of task environments, consistent with the needs and mathematical knowledge of the times in which they were introduced and that they contributed to generate. Certain processes, such as those of abstraction, codification, decoding, transcodification and transfer characterising mathematics learning, in particular, in the various phases of developmental age, may be found in those processes, but also revisited in the light of intentional interconnections within the current developmental state of mathematical, psychological and scientific pedagogical knowledge. The conceptual, theoretical and applicative characterisations in the field of mathematics teaching dictated by the needs to explore the invariant and variable aspects of reality and to seek order to place as a basis of a method, may start up a construction and reconstruction process of the codes of logical and mathematical language on the part of learners, within the specific semantic fields that the task environment may propose. In this sense the materials could be reconsidered as a junction between interdisciplinary maps with specific perspectives inside the “method” but able to enrich themselves thanks to the contribution of the learning experience that “multimedia” children gain in other real and virtual places that go to develop the sense of self-effectiveness in the area of mathematics – a territory which cannot be considered, even today, as very appealing – and within reach of the child’s mind.

Language: English

ISSN: 2281-8375

Abstract/Notes: Reprint from v. 1, no. 1 (Nov 1965): p. 4

Language: English

ISSN: 0010-700X