Brain-Targeted Teaching
Brain-Targeted Teaching is a teaching framework that based on the integration of neuroscience studies into the teaching practices. It is based on the recognition of how the brain works in learning and the application of this information in improving the involvement, memory, and general learning success of students.
The major tenets of Brain-Targeted Teaching are having a clear idea of the ways of the brain procures and processes information, creating a learning situation with positive emotions, and utilizing the strategies that are incorporated in memory and retention. For instance, the use of storytelling is a useful method to link new information with the existing knowledge, thus facilitating students' remembering them.
Providing students with Brain-Targeted Teaching strategies that create a more captivating and efficient learning space is a benefit. Through it, teachers can differentiate instruction easier, expect more critical thinking among students, and foster a growth mindset. In this regard, collaborative projects are a perfect example of learning from each other, as students work together and discuss certain topics which, in turn, helps the learners grasp the material better.
The significance of emotional engagement in Brain-Targeted Teaching goes beyond just being an important factor; it ends up being a major one because it not only affects but also really boosts memory and learning. The students who are emotionally involved with the material are more likely to be able to learn and memorize it better. For example, the use of students' interests that are incorporated into lessons or real-world examples that are most relevant can be ways to build this emotional connection.
Totally, Brain-Targeted Teaching is appropriate for the teaching of many and different subjects as the principles that it is based on are generally applicable. Teachers in different subjects including but not limited to educators of music, art, and math can use a variety of techniques such as hands-on activities, visual aids, and group work to improve the learning and retention of their students. For instance, In the case of a science class, utilizing graphic simulations can facilitate the mental representation of certain ideas by the students.