Magikid offers comprehensive K-12 robotics courses in engineering, AI programming, humanoid robots, drones, web design, and game development.
On May 17, the MAGIKID AI Robotics Lab officially opened in Las Vegas near the New East West Academy. The event received support from Nevada leaders, including a congratulatory letter from Joe Lombardo, and speeches from Michael Naft and Heidi Kasama.
The opening highlighted Las Vegas’s role as a technology hub, known for hosting the annual Consumer Electronics Show. During the launch, MAGIKID announced plans to hold an international AI robotics open tournament next January alongside CES, aiming to bring together young innovators and robotics enthusiasts from around the world.
Courses
OLLO Rookies (PreK-G1)
Introduces young students to the exciting world of robotics through hands-on building and STEM activities.
Wonder Rookies (PreK-G1)
A beginner-friendly course for grades K–1 that introduces robotics and coding through fun, interactive technology activities with minimal building.
OLLO Explorers (G2-G4)
Provides a three-dimensional combined structure and motor drive mode: cultivate children's spatial thinking ability and creative ability.
Wonder Explorers (G2-G4)
Wonder robots feature a variety of sensors, visual programming, and engaging human-robot interactions, making learning exciting for young students.
VEX GO Explorers (G2-G4)
Adapted from VEX IQ, VEX GO is an approachable and engaging STEM construction system designed to spark children’s natural curiosity.
VEX IQ Basic (G5-G8)
Cultivate problem-solving skills by deconstructing complex mechanical devices with hands-on practice using concepts like levers, torque, and gear ratios.
VEX IQ Intermediate (G5-G8)
Create efficient robotic systems, explore mechanical design strategies, and solve increasingly complex tasks to make them more competition ready.
VEX IQ Advanced (G5-G8)
Prepares students for robotics competition by developing advanced building, programming, teamwork, and strategic problem-solving skills.
VEX AIR Innovators (G9-G12)
Students work with metal and learn design models, ranging from simple machines to robot base structures, frames, pick-and-place mechanisms, chassis systems, and lifting systems.
VEX IQ Elementary School Competition
Ready to take your robotics skills to the next level? This VEX IQ Competition Course is designed for elementary school students who want to challenge themselves through competitive robotics.
Students work in teams to design, build, and program robots using VEXcode while exploring engineering, problem-solving, and teamwork. They'll improve their robot designs through testing and practice, learn the rules of the VEX IQ competition, and develop strategies for successful matches.
Team members are selected from students based on their skills, teamwork, dedication, and readiness for competition.
VEX IQ Middle School Competition
Our VEX IQ Competition Course is designed for middle school students who are ready to expand their engineering and programming skills through competitive robotics.
Students collaborate in teams to design, build, test, and refine competition-ready robots using VEXcode. The course emphasizes advanced engineering concepts, mechanical design, programming, iterative problem-solving, and strategic thinking. Students will also analyze game rules, develop match strategies, and practice the skills needed to compete effectively in VEX IQ tournaments.
Please note that our official competition team is selected from students participating in our regular robotics classes. Selection is based on technical ability, teamwork, commitment, and overall readiness for competition.
VEX AIR High School Competition
The VEX AI Competition (VAIRC) pushes the boundaries of robotics competitions, introducing VEX AI Sensor, VEX GPS Sensor, VEX LINK, Nvidia Jetson Nano, Deep Camera, LiDar, C++ Coding, AI Modeling Training, and 3D Printed Parts to take robotics to the next level. This program provides students with the opportunity to develop advanced robotics skills using cutting-edge technology.
Teams compete with two robots per team, which are fully autonomous and communicate with each other during matches. This competition allows students to showcase their skills in AI, engineering, and programming, making it a valuable experience for those interested in pursuing careers in robotics and technology.
Our team members will be selected from class participants showcasing technical knowledge, teamwork, and competition readiness.