Robotics: Simple Machines 2: G1-G2 (ALL G1 - G2 who completed Simple Machine 1 last school year)

IMPORTANT - This is a level 2 course. *Prerequisite course is Simple Machines 1

• All G1 - G2 students who completed Beginner Simple Machines 1 last school year should register for this course. Our after school robotics program is structured to follow a progression through different levels and projects.

Zaniac Simple Machines 2 Engineering: Build, Play, Learn!

For Parents: Why learn robotics?

1. Hands-On Learning and Fun - The Zaniac robotics program offers a hands-on, interactive way for children to learn about robotics and engineering. This engaging approach makes learning fun, helping children develop a love for STEM subjects early on.

2. Skill Development - Through building and programming robots, children enhance essential skills such as problem-solving, critical thinking, and creativity. These skills are valuable academically and crucial for future career success in an increasingly technology-driven world.

3. Tailored Instruction - Zaniac’s instructors are passionate about teaching and come from STEM backgrounds, ensuring that each child receives high-quality, tailored instruction. The program is designed to meet children at their individual skill levels, providing the right balance of challenge and support.

4. Game-Based Learning - The Zaniac robotics program makes complex concepts accessible and enjoyable by incorporating game-based learning methods. This approach aligns with Zaniac’s philosophy of making education engaging and effective through play, a method proven to enhance retention and understanding.

5. Social Interaction and Teamwork - The afterschool program encourages collaboration and teamwork, allowing children to collaborate on projects. This social interaction is crucial for developing communication and teamwork skills, which are beneficial in all areas of life.

6. Preparation for the Future - By participating in the Zaniac robotics program, children are better prepared for future technological advancements. They gain exposure to coding, engineering, and robotics, laying a solid foundation for future academic and career pursuits in STEM.