Galileo Technic

Advanced mechanics

Created for

6-10 age

Duration

75 min

Up to 36 lessons

*depends on the class and availability

Students work on high-level, hands-on mechanical projects to build functional, real-world machines. With the help of the AI assistant, they analyze and optimize their models to master advanced engineering concepts.

Sign Up for a Trial Lesson

Program Objectives

Introduce advanced mechanics and physics laws

Develop understanding of natural phenomena

Build engineering reasoning with AI assistance

Foster problem-solving and critical thinking

Strengthen communication and spatial thinking

What Students Discover

Forces, Motion & Energy

Transmission Systems

Speed & Ratio Calculations

Motion Transfer Mechanisms

Mechanical Coordination

Balance & Vibration

PROVEN METHODOLOGYREAL-WORLD MACHINESHANDS-ON ENGINEERINGADVANCED BUILDINGAPPLIED MECHANICSSTEM THROUGH PLAYPROVEN METHODOLOGYREAL-WORLD MACHINESHANDS-ON ENGINEERINGADVANCED BUILDINGAPPLIED MECHANICSSTEM THROUGH PLAYPROVEN METHODOLOGYREAL-WORLD MACHINESHANDS-ON ENGINEERINGADVANCED BUILDINGAPPLIED MECHANICSSTEM THROUGH PLAY

Questions & Answers

Each lesson focuses on one advanced mechanical concept through building, testing, and upgrading a model, with friendly engineering challenges along the way.

No prior experience is required. The program is designed to guide students step by step, building skills progressively as concepts become more advanced.

Our classes are led by trained instructors who follow the Young Engineers curriculum and guide students through each lesson step by step.

The program is structured progressively, with lessons that build step by step from core mechanical concepts to more advanced applications.

Students’ progress is supported through guided instruction, hands-on practice, and ongoing feedback during lessons, without tests or homework.

Students receive a Certificate of Participation at the end of the program, recognizing the skills and lessons they have completed.