Where Mechanics, Coding, and Creativity Come Together
RoboToys is a hands-on robotics and engineering programme for children aged 9 to 12. Through 75-minute lessons delivered across 36 sessions, the course takes students on an exciting journey into the world of robot-making. Using a combination of tangible coding blocks and screen-based programming tools, learners build advanced robotic models while developing key skills in logic, mechanics, and computational thinking.
Designed to introduce both mechanical and software concepts, RoboToys empowers children to design, build, and code functional robots that perform real-world tasks. The curriculum blends science and creativity in equal measure, giving young learners the opportunity to not only understand how machines work—but to make their own.
Whether they're constructing a robot that mimics a sports game or building a moving model of the Solar System, students experience the thrill of creation and discovery, all while building a foundation for more advanced STEM learning.
The RoboToys programme offers more than just an introduction to robotics. It cultivates an engineering mindset by walking students through the process of robotic-mechanical planning. Each lesson presents a new mechanical challenge or theme—from transportation systems to amusement park rides—and students respond by constructing a working model using motors, sensors, and mechanical components.
Once the structure is in place, children use a variety of coding tools to bring their creation to life. Commands like motion control, timed loops, conditionals, and event-based actions allow the robot to move, react, and complete tasks in sequence. These programming exercises give students direct experience with algorithmic thinking, helping them plan actions logically and debug systems when needed.
The result is a deeply engaging, project-based approach that strengthens problem-solving, hands-on technical skill, and persistence through trial and error. Each robot they build tells a story—and each story builds a new set of skills.
RoboToys combines structure with imagination by introducing students to a wide range of robot designs. From simple machines and funny character robots to solar-powered space systems, every model serves as a platform for deeper learning.
Students explore different themes such as group sport games, transportation innovations, and mechanical designs inspired by real-world applications. These varied projects allow children to stretch their creativity while gaining exposure to core scientific principles and mechanical concepts. Working with gears, axles, pulleys, and motion-based sensors, students get a feel for both traditional mechanical engineering and modern robotics.
As they build each project, learners come to understand how mechanical and digital systems interact. They begin to grasp not only what a machine does, but why it works—and how they can design it better.
RoboToys is designed to develop a broad range of skills that go far beyond robotics. Students begin by exploring the basics of coding and gradually progress to more advanced techniques, such as conditional logic, function design, and multi-step programming sequences. These lessons are carefully sequenced to build both competence and confidence.
At the same time, the programme supports social and emotional development. Group challenges and team-building tasks help students learn to collaborate, communicate their ideas clearly, and solve problems together. As they work through design iterations and coding challenges, they develop patience, attention to detail, and creative thinking.
Through each hands-on project, students build critical STEM fluency, as well as the soft skills needed to thrive in school and beyond. RoboToys turns young learners into makers, thinkers, and innovators - ready to imagine and engineer their future.
RoboToys gives children the tools to move from curious observers to confident creators. It teaches not only how to build a robot, but how to think like an engineer—solving problems through logic, teamwork, and experimentation. With each challenge completed and each model brought to life, students grow their understanding of how technology works, and how they can shape it.
By the end of the programme, children leave with a stronger sense of self, a sharper technical skillset, and the excitement that comes from bringing their own ideas into reality.
RoboToys is taught by certified educators who specialise in robotics, coding, and youth development. The curriculum is part of the Young Engineers international framework, trusted in over 50 countries and aligned with best practices in STEM education. All sessions follow UAE standards for safety, educational quality, and age-appropriate instruction, ensuring that students are supported in a professional and inspiring learning environment.
Let’s build the future - one child, one code, one creation at a time.
RoboToys is ideal for children aged 9 to 12 who are ready for a deeper dive into the world of robotics and coding. At this stage, learners are curious about how machines work and are capable of understanding both mechanical systems and logical processes. The course offers a challenging yet accessible experience for beginners and those with some previous exposure to STEM topics.
Each session runs for 75 minutes and is filled with hands-on activities, building time, and coding exercises. The complete programme spans 36 lessons, giving students a structured and progressive experience in robotics. From mechanical design to programming execution, every session introduces a new concept or skill, ensuring that learners grow steadily in both confidence and competence.
No prior experience is required. RoboToys starts with the fundamentals and uses a combination of tangible and screen-based tools to support every learner, whether they are completely new or already familiar with basic STEM concepts. The curriculum uses a spiral approach, revisiting and deepening key ideas over time so all students can build mastery at their own pace.
Children build a wide variety of robots inspired by real-world applications and imaginative scenarios. Projects include amusement park rides, transportation machines, simple mechanical systems, space-themed models, sport-based games, and character-driven robots that respond to inputs. Each robot presents a different engineering challenge and allows students to practice specific programming commands and mechanical functions.
Parents receive regular feedback through photos, summaries, and occasional progress reports. At key points in the programme, there may be showcase days or open sessions where students demonstrate their robotic creations and explain the concepts they’ve learned. These opportunities help parents witness their child’s growth in coding, engineering, and teamwork firsthand.