So far in a 3-part series on teacher planning, educational leader Michael Rosenbrock has looked at how teachers can pro-actively plan to tackle student misconceptions in STEM and support them to build and use their vocabulary in science and mathematics. In this final article, he explores how teachers can best plan to make effective use of manipulatives and representations to help students build understanding.
‘Deliberately planning to support students to build and use their vocabulary is critical to ensuring that students can both access the curriculum content and effectively demonstrate their understanding.’ Educational leader Michael Rosenbrock shares what this might look like in practice for maths and science teachers.
‘Teacher knowledge of misconceptions and explicitly planning to uncover and address them is vital for supporting student learning growth.’ Educational leader Michael Rosenbrock looks at how teachers can pro-actively plan to tackle student misconceptions in STEM, and steps though an example from the forces and motion topic in physics.
‘De-implementation is the art and science of removing an approach, practice, initiative, or program that is no longer meeting student and school needs’. In this article, Evidence for Learning’s Susannah Schoeffel and Michael Rosenbrock share what there is to gain from de-implementation, and considerations for schools.
‘In the context of remote learning, it is likely that those students who had already developed metacognitive strategies and skills were better prepared to learn and apply that learning independently.’ Today’s article shares how a senior secondary school is developing metacognition and self-regulation in learners.
This week, Teacher has been sharing reader stories on their school’s response to the pandemic. This final instalment is written by Michael Rosenbrock, Assistant Principal at Wodonga Senior Secondary College, on the border of Victoria and New South Wales.