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This course is a complete immersion into the world of intelligent systems, where students evolve from simple circuit builders into creators of interactive digital experiences.Blending Arduino (physical computing), JavaScript (creative coding), and real-time data interaction, learners will explore how machines sense, think, communicate, and respond. Throughout the program, students will: – Build smart electronic systems […]

This advanced module takes students beyond basic coding and robotics into the engineering of intelligent systems.Learners will explore how machines perceive their environment, make decisions, and act autonomously by combining multiple sensors, logic systems, and real-time interaction. Through hands-on projects, students will: – Control motors and actuators with precision – Use advanced sensors to detect […]

This course introduces students to the world of engineering through hands-on building and experimentation using LEGO WeDo Junior. By constructing real working machines, learners discover how movement, force, and mechanical systems operate in the real world. Throughout the course, students will: – Build functional machines using gears, axles, and motors – Explore how movement and […]

This course introduces students to the fundamentals of computational thinking through immersive, story-driven missions with E.A.R.L., a smart exploration robot. By solving real-world challenges, learners develop logic, strategy, and problem-solving skills while guiding a robot through dynamic environments. Throughout the course, students will: – Navigate complex environments using step-by-step logic – Plan and optimize routes […]

This course introduces students to the world of smart systems and IoT using Arduino. Learners build interactive devices that can sense their environment and react in real time using sensors, motors, and simple programming logic. Throughout the course, students will: – Build smart devices using Arduino and electronic components – Use sensors to detect real-world […]

This course introduces students to real robotics through a mix of hands-on building and block-based programming with LEGO WeDo 2.0. Rather than simply assembling models, learners create robots that move, react, and perform actions based on the code they design. From the first build to fully functional systems, students explore how hardware and software work […]

This advanced module takes students beyond basic robot control into the world of real programming using Scratch. By connecting E.A.R.L. to a computer, learners transition from simple commands to structured algorithms, conditions, and optimized problem-solving. Throughout the course, students will: – Program E.A.R.L. using Scratch and real coding logic – Build multi-step algorithms to solve […]