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Innovative Learning in Action

byApeejay SchoolOn-campus at Apeejay School, Sector 16A, NoidaStarts from2,20,000 Per AnnumView full gallery

We believe classroom lessons stick when students experience them firsthand. Our approach balances academic rigor with hands-on projects, from geometry in art to practical science in our specialized workshops.

Our students learn by doing. This Japanese fan-making activity was designed to explore key math concepts like symmetry, angles, and spatial reasoning through a creative process.

Creativity in every fold. Using colorful sheets, sketch pens, and decorations, students brought a vibrant touch to their educational journey of making Japanese fans.

Spot the angles. As they folded their fans, students identified various angles, including acute, right, obtuse, and straight, making geometry tangible and fun.

Symmetry in motion. By folding paper precisely, students discovered line symmetry and experienced firsthand how balance creates beauty in design and mathematics.

This activity enhanced spatial thinking, an essential skill in both math and design, as students carefully arranged materials to create their fans.

We took a creative spin on learning math with an engaging hands-on activity where students crafted traditional Japanese fans while exploring geometric concepts.

Our Class 2 students visited the Carpenter's Room to explore how simple machines like levers, pulleys, and wedges help us in our daily lives.

A moment of hands-on discovery. Children observed real tools like levers and wedges, learning how these simple machines make hard work easier.

Tool time. From hammers to saws, students got a closer look at how carpenters use tools smartly, applying force effectively to build and create.

Curious eyes and eager minds. Students asked thoughtful questions as the carpenter demonstrated how each tool works, bridging theory with practical application.

About Innovative Learning in Action

Instead of merely reading about angles, our students fold paper into Japanese fans to measure symmetry. It turns abstract math definitions into physical objects they can hold, helping them visualize why a 90-degree angle matters before they ever see it in a textbook.

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