Course overview
The aim of this course is to understand how the brain functions and how we learn to better inform teaching practice. The course addresses short and long-term memory, cognitive load, and knowledge processing as well as retrieval and application strategies. The course will also bust a range of neuromyths and common misconceptions in brain research. By the end, students will have a solid understanding of brain processes and optimised learning strategies for teacher education, enhancing their ability to design effective learning experiences.
- Brain Basics: Structure, Function and Development
- Memory and the Brain
- Novice vs Expert Learners: Schemas, Expertise, and Pedagogical Implications
- Biologically Primary vs Biologically Secondary Learning; Repetition and Conditioning
- Observational Learning, Mirror Neurons and the Ripple Effect
- Emotion, Motivation, Play and the Brain
- Executive Functions, Working Memory and Cognitive Load Theory
- Load Reduction Instruction Part 1: Reducing Difficulty, Explicit Teaching, Scaffolding and Guided Practice
- Load Reduction Instruction Part 2: Instructional Feedback, Guided Independence and Supported Autonomy
- Neuromyths and Course Overview
Course learning outcomes
- Demonstrate Knowledge of what it means to be a ‘novice’ learner in comparison to an ‘expert’ learner
- Demonstrate knowledge of the most efficient and effective process of knowledge acquisition in the brain, including the function of memory and the concept of cognitive overload
- Explain the process that occurs in a novice brain during progression towards mastery
- Demonstrate knowledge of and skill in the need to adjust practice in response to novice and mastery processes
- Demonstrate knowledge and understanding of common neuromyths and the impact of their perpetuation on education practice
Degree list
The following degrees include this course