Weekend coding classes are the perfect way for kids to build future-ready skills while having fun. Our hands-on programs in Coding, Robotics, AI and Web Design help children think creatively, solve problems and gain real confidence.
Learn real programming languages used to build apps, websites and games.
Build logic, creativity and critical thinking through fun challenges.
Prepare your child for the digital future and exciting career opportunities.
Turn ideas into games, websites, apps, and creative projects.
Learn programming fundamentals and problem-solving.
Children learn the basics of coding by creating interactive stories, animations, and games using Scratch’s visual programming environment.
Children learn how websites work and explore HTML, CSS, and basic web design principles to create their own web pages.
Children learn how games are designed and developed while creating their own interactive games and developing coding and logical-thinking skills.
Children combine coding, engineering, and creativity to build and program robots while developing practical problem-solving skills.
Children explore artificial intelligence, automation, and emerging technologies through age-appropriate activities and practical projects.
Designed for children ages 10-14 years at all skill levels. Whether your child is just starting or ready for advanced projects, we have the right class for them.
📍 Kenya House Complex , Nairobi | 📞 +254 769607600
Children can start learning coding from an early age. Our classes are designed to introduce programming concepts in an age-appropriate and engaging way, depending on the child’s level and experience.
Children can explore areas such as Scratch programming, Python, web design, game development, robotics, and AI & technology through practical, hands-on activities.
This depends on the specific class setup. Parents should confirm the equipment requirements when registering for a particular program.
No. Beginners are welcome. We introduce children to coding step by step, starting with the fundamentals before progressing to more advanced concepts.
Yes. The learning approach focuses on practical activities and projects that allow children to apply what they learn and turn their ideas into digital creations.
There is no single language that is best for every child. Younger beginners may start with visual programming such as Scratch, while older or more experienced learners may progress to languages such as Python.