Young Engineers of Atlanta | Class Launch | Bricks Challenge Curriculum

3201 M.L.K. Dr SW,Atlanta GA 30311

08 April, 2023

Description

Young Engineers enrichment programs provide an engaging, hands-on learning experience. Our sets have been designed by our research and development team in order for our students to use them to build exciting machines and robots. Through this process, the students learn that education can be fun. Our Bricks Challenge Program involves the basics of classical mechanics that sparks students’ imagination and develops their critical thinking. Program: Our lesson begins with an exciting story that opens our students minds to the exciting world of STEM. Our students are engaged, and it allows them to use their imagination and critical thinking skills. One of the goals of our trained instructors is to inspire our youth to want to become an important part of society. Using building blocks in conjunction with other tools and mechanical parts, our students develop their building skills. The lessons start with a brief demonstration that is immediately followed by building Young Engineers models. Bricks Challenge participants use our building blocks set exclusively made by Young Engineers' research and development team. Each lesson inspires students to create, build and learn through a fun and entertaining Bricks Challenge experience. Curriculum: Students who are participating in Bricks Challenge will learn important theoretical and practical lessons. Bricks Challenge introduces students to important scientists and inventors such as Leonardo Da Vinci, Sir Isaac Newton, Archimedes and more. Each of these valued figures have played a significant role in the development of science and technology today. We use their stories to inspire and educate our young engineers. Bricks Challenge participants learn about many different topics of classical mechanics, including the following: the laws of physics, centrifugal force, centripetal force, force of inertia, kinetic energy, potential energy, law of action-reaction, lift force, torque, leverage points, load distribution, force conservation, angular momentum and more. Students learn the necessary mathematical skills required in making the scientific calculations needed to build their models.