Course Overview
Embark on a journey through time and physics with Young Explorers! This highly interactive course dives into the fascinating science of mechanical energy, tracking how a simple discovery the flexible bend altered the trajectory of human history. Students will unlock the secrets behind the power of elasticity and potential vs. kinetic energy. Through building classic mechanical launchers like catapults and rockets, learners will gain a hands-on understanding of structural engineering and physics in motion.
Target Audience
- Curious Kids & Teens (Ages 8–14) who love hands-on building, making things fly, and exploring how things work.
- Aspiring Engineers interested in the mechanics of ancient inventions and modern physics.
- Students looking for an exciting, interactive way to learn core science and math concepts outside of standard textbooks.
Duration: 4 Weeks (Total of 12 Hours | 3 Hours per class per week)
Learning Outcomes
After completing this course, students will be able to:
- Explain Mechanical Energy: Differentiate between potential and kinetic energy, explaining how energy transfers through mechanisms.
- Understand Flight Physics: Predict and modify the trajectory of a projectile by altering launch angles, force, and structural design.
- Build Practical Prototypes: Safely construct functional mechanical models (catapults, slingshots, and rockets) using everyday engineering materials.
- Apply the Scientific Method: Test, collect data, and iterate on their designs to improve launch precision and mechanical efficiency.
Course Fee: Rs 8000
Mode of Learning: Onsite
Start Date: June 27, 2026 – July 27, 2026
Certification: Students will receive a Certificate upon successful course completion.