Posts

Showing posts with the label motor science principles

Stop Teaching in the Classroom: Empower Students with Book to Brain Knowledge Transfer

Image
The traditional teaching model of education is characterized by student passive learning and teacher-centered instruction . It is increasingly being questioned in the light of modern educational challenges. With the growing recognition of the need for active and engaged learning, it is time to rethink and innovate our approach to education. Student Empowerment: Book to Brain Knowledge Transfer One promising concept is to stop conventional teaching in the classroom and instead, focus on making students physically active in book-to-brain knowledge transfer . This method emphasizes direct engagement with learning materials, fostering independence and leveraging the natural processes of brain to enhance learning outcomes. Explore how teachers can shift from being primary information providers to facilitators of learning, empowering students to take the ownership of their knowledge transfer. This method aligns with cognitive science principles, promoting deeper understanding, critical think...

Motor Science Takes Flight: Mock Drills and Knowledge Transfer

Image
The morning news might have started your day with a jolt of adrenaline, but the plane hijacking you witnessed was thankfully, just a mock drill. Yet, amidst the simulated tension, it sparked a fascinating connection between this critical practice and the principles of motor science, highlighting its power in successful knowledge transfer. Aeroplane for Flight Travel Motor science delves into the intricate workings of human movement, exploring how we learn, refine and execute motor skills. It explains how our brain encodes patterns, builds muscle memory and adapts to external stimuli. And guess what? Mock drills tap into these very mechanisms! Mock Drills and Knowledge Transfer Take the pilot navigating a simulated hijacking. Every practiced maneuver, every coordinated response, is etched into their nervous system through repetition. The sights, sounds and even emotions evoked during the drill mirror real-life scenarios, strengthening neural pathways and refining their motor response ...