ScratchJr
ScratchJr is our visual coding course for young kids. Students use colorful blocks to make stories, mini games, and animations while learning basic sequencing and problem-solving.
Scratch
In Scratch, students create interactive stories, games, and animations using drag-and-drop code blocks. They learn core programming ideas like loops, variables, and events in a fun way.
Python
The Python course introduces real-world text-based coding. Students build small apps, mini games, and problem-solving exercises while learning syntax, logic, and debugging skills.
Roblox
In Roblox game development, students design their own 3D worlds and use Lua scripts to add gameplay logic, leaderboards, and interactive elements that make their games come alive.
Unity
Unity is our advanced 3D game engine course. Students learn to build scenes, control characters, and script behaviors using C#, preparing them for professional-level game creation.
HTML CSS JavaScript
This web development track teaches students how the internet works. They build responsive web pages with HTML and CSS, then add interactivity and simple games using JavaScript.
Robotic Assembling
In Robotic Assembling, students learn how to connect motors, wheels, sensors, and frames to build a complete robot body safely and correctly using screwdrivers and basic tools.
Robotic basic
Robotic Basic focuses on understanding each part of a robot—motors, sensors, controllers, and power. Students build simple robots and see how hardware and software work together.
Robotic Arduino
In the Robotic Arduino course, students program Arduino boards to control LEDs, motors, buzzers, and basic sensors, learning about pins, code structure, and electronics.
Robotic Esp8266
Robotic ESP8266 introduces Wi-Fi-enabled microcontrollers. Students build small IoT robots that can be controlled from a web page or mobile device through a local network.
Robotic Esp32
The Robotic ESP32 course upgrades students to a powerful dual-core microcontroller. They build robots with more sensors, Bluetooth/Wi-Fi control, and advanced motion features.
IOT
In our IoT (Internet of Things) projects, students connect sensors and devices to the internet. They monitor data on dashboards and control smart devices from anywhere.
Follow line
The Line Follower project teaches students how to use infrared sensors to detect black and white tracks so the robot can automatically follow a path around the course.
3D print
In the 3D Print course, students learn basic 3D design using kid-friendly CAD tools and then print their models, understanding how digital designs become physical objects.
Assembling
Robot Assembling Course (Age 5–8) – Course Description
In this course, children build their own simple robots using safe plastic parts, screws, nuts, wheels and small tools like a child-friendly screwdriver. Step by step, they learn how to fix screws, connect strips and plates, and create fun robot shapes such as animals, cars, or moving characters (without any electronics or motors – only mechanical parts). Through guided activities, students practice following picture instructions, naming basic parts, and using both hands to hold and tighten pieces. This helps them improve fine motor skills, concentration, problem-solving, and confidence, while also learning to share tools and work together with friends. By the end of the course, each child will be able to assemble a simple robot model on their own and proudly take it home to show their family.
Algodoo
Algodoo is a fun 2D physics playground on the computer where kids can draw things and then watch them move like in real life.
