The Robo Explorers program is designed for young learners, ages 6 to 8, embarking on their first journey into the world of robotics. Over the course of two years, students dive into the basics of mechanical systems and the fundamentals of robotics, setting a strong foundation for future learning and competitions.
Year One: The initial year introduces students to mechanical concepts using LEGO Education kits. Starting with the Early Simple Machines set, students explore basic mechanical principles and how they apply to robotic design. The journey continues with BricQ Motion Essential and SPIKE Essential, where the focus shifts slightly towards the integration of mechanics into basic robotic systems. This year is crucial for developing an understanding of how machines work and serves as a primer for the more advanced concepts that follow.
Year Two: The second year of the Robo Explorers program ramps up to professional programming and robotics construction. Building on the mechanical knowledge from the first year, students are introduced to more advanced programming concepts. This year is dedicated to applying what they’ve learned in a more focused manner, culminating in the ability to design and program their robots for competitions. This comprehensive approach ensures that by the end of the Robo Explorers program, students are not only proficient in basic mechanical systems and programming but are also prepared to compete and excel in robotics competitions.
Robo Adventures is tailored for children aged 9 to 11, taking them deeper into the intertwining worlds of mechanics and programming within robotics. This two-year program balances the development of mechanical insights and programming skills, preparing students for higher-level competitions and advanced robotics challenges.
Year One: The first year of Robo Adventures introduces students to a blend of mechanical engineering and programming through LEGO Education platforms such as BricQ Motion Prime and SPIKE Prime. The curriculum also includes lessons on Force and Motion, providing a comprehensive overview of physical principles as they apply to robotics. This balanced approach ensures that students gain a solid grounding in both the physical and computational aspects of robotics, setting the stage for more complex projects.
Year Two: Progressing into the second year, the focus shifts towards more sophisticated programming and mechanical design, with continued use of Force and Motion and SPIKE Prime. The latter half of the year introduces students to the EV3 platform, guiding them through advanced programming and engineering challenges. This year is designed to refine the skills necessary for competition-level robotics, with an emphasis on problem-solving, creativity, and technical proficiency.
The Robo Master program, designed for students aged 12 and above, offers an advanced and comprehensive curriculum that meticulously prepares them for elite robotics competitions. This program spans two years, focusing on high-level programming, intricate mechanical design, and the strategic application of robotics principles.
Year One: The first year of Robo Master places a significant emphasis on mastering the LEGO Education SPIKE Prime platform, dedicating over half of the curriculum to this versatile tool. SPIKE Prime serves as an advanced gateway into both programming and mechanical design, offering students a hands-on experience with real-world robotics applications. Alongside SPIKE Prime, the curriculum incorporates lessons on mechanics through the Force and Motion and BricQ Motion Prime sets. This blend ensures a deep understanding of both the theoretical and practical aspects of robotics, laying a solid foundation for more complex studies.
Year Two: The second year elevates students’ programming skills to a professional level by introducing Python programming with SPIKE Prime. Python, being one of the most popular programming languages today, opens up vast possibilities for robotics and beyond, offering students a competitive edge. The curriculum also significantly focuses on the LEGO MINDSTORMS EV3 platform, allowing students to delve into more sophisticated projects and challenges. The EV3 segment emphasizes complex problem-solving, advanced programming, and mechanical design, ensuring students are well-prepared for high-stakes competitions.
Throughout the Robo Master program, students transition from foundational concepts to advanced applications, mastering the skills necessary to excel in robotics competitions. By the end of the second year, participants are not just proficient in programming and mechanical design; they are capable of conceptualizing, building, and programming advanced robots. This deep dive into both the theory and application of robotics ensures that students are ready to tackle the challenges of competitive robotics, equipped with a robust skill set that spans from mechanical engineering to software development.
