(Entrepreneurship 12:18)
Participants work in teams to create an innovative tech-based project, such as a robot, AI solution, or green energy idea. They will learn how to develop and present their concept clearly, build a prototype or detailed model, and pitch their idea confidently to expert judges. The program boosts creativity, critical thinking, and communication skills.

(Line follower 10:14)
Students will learn about robotics and coding to create a line follower robot with their team learning technical specifications and how to explain about their robot.

(Robot league 7:10)
Kids explore a real-world problem related to the annual theme, research it in depth, and design a creative tech-based solution. They build a model to present their idea and prepare a presentation to explain their research, thought process, and how their solution works. The challenge promotes curiosity, critical thinking, and creativity.

(Line follower 10:14)
Students will learn about robotics and coding to create a line follower robot with their team learning technical specifications and how to explain about their robot.

(Construction 7:10)
Kids learn about robotics and coding by creating a project within a team, a code, and a poster to present their solution for the year theme.

Artificial intelligence olympiad has 5 different categories: Machine Learning, Coding, Embedded systems, Computer vision and cybersecurity.

We participate in the line follower category, which students learn different robotics and coding concepts to build a line follower robot.

In the Scientific Project Challenge, kids transform into young researchers, exploring a year-long theme that sparks curiosity and innovation. Participants identify a real-world problem related to the theme, dive deep into research to understand it, and invent a creative solution using technology. The challenge emphasizes hands-on learning and critical thinking as kids design and build a model to demonstrate their solution. Alongside their model, they prepare a presentation to showcase their research journey, explaining their findings, thought process, and how their invention addresses the problem. This challenge encourages kids to explore the world around them, think like scientists, and unleash their creativity while gaining valuable skills in research, problem-solving, and communication. 

Students learn coding through different languages fit their age and learn by using coding in different applications and games.

FIRST LEGO League Jr. Discovery Edition is a playful introductory STEM program that ignites kids' natural curiosity and builds their habits of learning.Children emerge more confident, better equipped to face future challenges, and discover the joy of learning.

FIRST LEGO League Jr. follows the same theme given to FIRST LEGO League. FIRST LEGO League Jr. teams conduct much smaller projects and makes models out of LEGO elements to illustrate one part of the theme. Kids may also use LEGO WeDo, a programmable robotics kit, as part of their models to encourage them to have interest in science and engineering.

FIRST LEGO League is the most accessible, guided, global robotics competition. The program is built around theme-based Challenges to engage children in research, problem solving, coding, and engineering. The competition emphasizes teamwork, discovery, and innovation. Students emerge more confident, excited, and equipped with the skills they need in a changing workforce.

The VEX Robotics Competition is the ultimate STEM activity for middle school and high school students. Each team uses the VEX Robotics Design System to build innovative robots designed to score the most points possible in qualification matches, elimination matches and Skills Challenges.

The Arab Open Robotics competition promote robotics research and design between Arab particepants to empower their creativity. The competition consistes of 4 rounds: Sumo, Ball collector, Line Follower and Innovation competition.