The student-teacher relationship can be one of the most impactful dynamics in a person’s life. The ways students see themselves and the world around them are shaped through effective discussion in the classroom. The American Psychological Association states that “Teachers who foster positive relationships with their students create classroom environments more conducive to learning and meet students’ developmental, emotional and academic needs.”
If we think of students as explorers, teachers would be the compass used to navigate the challenges of each new learning adventure. And when learning mathematics, a skillful teacher can make all the difference in guiding a student how to think - instead of what to think. Facilitation is at the heart of this relationship, and it truly is an art form that our researchers unpack in MIND Research Institute’s latest white paper: The Art of Facilitation.
In this white paper, you will learn how:
Approaching math instruction from a neuroscience perspective pays dividends.
A considerable amount of brain processing activity occurs when students encounter novel situations. Called the Perception-Action Cycle (PAC), this process is a continuous feedback loop that allows students to test their ideas and learn from mistakes instead of simply memorizing the correct answer.
Connecting schemas leads to conceptual understanding.
The developing brain is like a switchboard, where a web of connections and reconnections called schemas are constantly being made as students learn new things. Students draw from existing schemas to relate the new material to prior knowledge of how the world works.
To ask questions that spark thoughtful discussion.
The goal of engaging students in a dialogue about their thinking is to help them communicate their reasoning in an academic setting. These discussions also help them develop an awareness of their thought processes and positively interpret feedback.
Failing is an integral part of the learning process.
ST Math games establish a safe place for students to fail and try again. The ST Math feedback model provides students with opportunities to understand why they got an answer right or wrong and apply new insights in future situations.
As we ask students questions to facilitate thinking, we give students the opportunity to be the authors of the ideas and sensemakers of mathematics. And when students have that opportunity, their potential to achieve success in math and beyond is limitless.
Want to learn more about becoming an effective facilitator in your math class? Discover more tips and insights in the white paper.
About the Author
Twana is Vice President of Curriculum and Instruction at MIND Research Institute. Follow her on Twitter