“We offer a wide range of robotics courses designed to empower learners in different grade levels”
Booster K1
Humanoid Robotics Platform for Education and Competition
Hardware
Durable, safe, and deployment‑ready. Engineered for long‑term operation and consistent performance.
Software
ROS2‑ready with C++, Python, and simulation support. Built for real robotics development workflows.
Competition‑Ready
Proven in RoboCup environments with 200 TOPS compute, depth vision, and stable locomotion.
Robotics Courses
Hands-on robotics and AI training from beginner to advanced levels.
AIAI Humanoid Robot (Grades 11 – College)
This advanced program introduces senior high school and college students to humanoid robotics, artificial intelligence, motion control, and system integration. Students progress from operating humanoid robots to programming motion, using sensors, applying computer vision, and working with SDK and ROS2. The course emphasizes hands-on projects, ethical AI, real-world applications, and culminates in a capstone deployment project. Students earn multiple certifications aligned with robotics and AI career pathways.
+ Show More
Kebbi (Grades 1–3)
This course introduces Grades 1 to 3 students to Arduino programming and robotics fundamentals through a game-based approach. It develops problem-solving skills, logical thinking, and creativity. Students explore Arduino concepts and apply them through fun, educational games using readily available materials and free coding tools.
+ Show More
Mecanum (Grades 4–6)
Students in Grades 4-6 learn Arduino programming and line tracing through gamified challenges. They build hands-on projects, develop coding, electronics, and robotics skills, and experience creating their own line-following robots.
+ Show More
RICE Robot (Grades 4–6)
This course introduces Grades 4 to 6 students to robotics, basic programming, engineering, and design using the RICE Robot. Students learn robot movement, sensors, coding, navigation, and CAD-based prototyping through hands-on activities and real-world challenges. The program builds problem-solving, logical thinking, creativity, and innovation skills, culminating in a Smart Delivery Robot capstone project that integrates automation, custom design, and presentation.
+ Show More
Mini Caterpillar Tank (Grades 7–8)
This course introduces Grade 7–8 students to AI coding concepts. They learn basic programming principles, simple AI algorithms, and ethical considerations. Hands-on activities reinforce programming and robotics skills through fun, practical projects.
+ Show More
Robotic Arm Car (Grades 9–10)
The Grade 9–10 course combines robotics with AI and machine learning. Students learn AI algorithms, model development, coding basics, and real-world applications. Ethical considerations, societal impact, and data analysis are included in projects and exercises.
+ Show More
Smart Home Kit (Grade 11)
Advanced AI coding course for Grade 11 students. Covers deep learning architectures, advanced algorithms, AI system development, and ethical considerations. Hands-on experience in building and deploying AI projects prepares students for real-world applications.
+ Show More
Smart Farm Kit (Grade 12)
Capstone AI course for Grade 12 students. Covers advanced AI algorithms, large-scale system design, deployment, and ethical practices. Students gain practical experience and understanding of societal impact and emerging AI trends.
+ Show More
Motion Sensing Glove Gesture Nano Control Smart Car
A motion-sensing glove based on MPU6050 for gesture control of robots. Recognizes multiple gestures for controlling cars, robot arms, and biped robots. Connects via BT24 Bluetooth and is easy to assemble, enabling interactive Arduino projects.
+ Show More
Intelligent Traffic System Kit For Arduino
Arduino & Lego-compatible traffic system kit with Scratch programming. Includes sensors, LED, buzzer, PIR motion, and dot matrix display. Children learn coding, logic, creativity, and problem-solving through DIY projects like automatic doors and street lights.
+ Show More
Dobot Arm Magician (Grades 10–12)
Professional 4-axis robotic arm for Grades 10–12 with vision system and conveyor integration. Supports Python, Blockly, and Teach & Playback for advanced automation projects including pick-and-place, 3D printing, and laser engraving.
+ Show More
AIAI Robot Dog
This program introduces learners to advanced mobile robotics using the Dobot Hexplorer, a six-legged bionic robot designed for stability and all-terrain navigation. Students explore multi-leg movement, gait control, sensor fusion, and AI-based navigation while working with a professional research-grade platform. Participants learn how LiDAR, depth cameras, IMUs, and intelligent control systems enable the robot to operate in complex environments. Through hands-on missions such as exploration, inspection, and rescue simulations, learners build real-world robotics and autonomy skills. The course concludes with a capstone mission project showcasing the Hexplorer’s full capabilities.
+ Show More