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MYP 3 Science Applications of static current- Dr Meetu Agarwal

Objective of the Learning Engagement:

Applications of static current

Details of the Learning Engagement:

Every student possesses a unique learning style, akin to the distinctiveness of fingerprints. Recognizing this diversity is crucial for educators aiming to effectively reach every student in their class. Differentiated instruction, a method tailored to accommodate individual learning needs, offers a promising solution.
Implementing differentiated instruction involves adapting teaching approaches to suit diverse student needs, whether by employing varied instructional techniques for the same material or adjusting lesson difficulty levels based on individual abilities. By catering to different learning styles—be it visual, auditory, kinesthetic, or linguistic—teachers can foster inclusive learning environments. Moreover, differentiation acknowledges that students vary in their requirements for teacher support, allowing for flexible arrangements such as individual work, group collaboration, or one-on-one assistance. Through tailored support and varied assessment methods, differentiation emerges as a potent strategy to ensure student engagement and progress. 

Impact of the engagement on students:

Each student enjoyed learning as they had their choice in expression.

Student work: Here is one example of students of MYP 3 collaborating using their own choice of method to present their understanding of the applications of static current.






-Dr Meetu Agarwal


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