Peanut King Solution Limited
Robotics • AI • Creativity
Courses & Services
Our educational kits combine learning with entertainment, allowing students to not only stimulate their creativity but also effectively enhance their cognitive development through hands-on assembly. In addition to meeting the needs of modern AI elements, these kits can also be integrated into school math and science subjects or broaden students' horizons. Our courses and services strive to stay aligned with major societal trends while also considering the practical needs of schools for math and science subjects, creating practical and innovative learning solutions that comprehensively improve students' learning interest and application skills.
Workshop
Our workshops are designed for curious students to explore various aspects of science, technology, engineering, artificial intelligence, and mathematics (STEAM) through engaging activities and innovative experiments. Our instructors will tailor their teaching to individual needs, guiding students through each step of the exploration while ensuring a fun and educational environment.
STEAM Info Day
STEAM Information Day allows students, parents, and educators to gain a deeper understanding of various STEAM fields and career paths. Participants will enjoy engaging interactive exhibits, fun demonstrations, and exciting hands-on activities showcasing different innovative technologies. In addition to allowing students to experience the charm of STEAM knowledge, STEAM Information Day also broadens parents' horizons in the technology world.
Mentor Guidance
Our instructors adjust the teaching pace according to the students' levels to ensure that students can effectively absorb the course content. They also allow students with potential in STEAM to participate in STEAM competitions. In addition to enabling students to unleash their potential in STEAM, they can also gain valuable experience and broaden their horizons.
Competition Training
Competition training involves student teams designing, building, and programming robots to meet various competition challenges. Student teams can experiment with different materials and technologies, improving their thinking by completing specific tasks the robots must perform. Additionally, student teams frequently participate in simulated competitions to refine their strategies and improve their performance in real-world settings, with valuable insights provided by experienced coaches and engineers.
