Advanced Coding & Robotics Level IV Grade 7–9)

The Course Introduction

The Advanced Coding, Robotics & Digital Technology course for Grade 7–9 introduces learners to advanced coding, robotics, digital innovation, and STEM skills through practical and project-based learning. Aligned with the Kenyan CBC/CBE curriculum, the program helps learners develop computational thinking, creativity, collaboration, and problem-solving skills using tools such as Scratch, Python, web development platforms, and educational robotics kits.

Learners explore concepts such as programming, game development, robotics, automation, sensors, app design, digital productivity, cyber safety, and multimedia creation while building interactive projects and solving real-world challenges. The course prepares learners for future studies and careers in technology, robotics, engineering, and digital innovation.

Learning Objectives for Advanced Coding, Robotics & Digital Technology (Grade 7–9)

By the end of the Advanced Coding, Robotics & Digital Technology (Grade 7–9) course, learners should be able to:

• Demonstrate advanced digital literacy and responsible use of technology tools and online platforms.
• Apply advanced coding concepts such as variables, loops, conditions, functions, algorithms, and debugging in programming projects.
• Design and develop interactive games, animations, websites, simulations, and digital applications using coding platforms and programming languages.
• Use computational thinking and logical reasoning to solve real-world challenges through coding and digital innovation.
• Create robotics and automation projects using sensors, motors, controllers, and programmable devices such as Arduino and Micro:bit.
• Understand basic electronics and robotics systems including circuits, inputs, outputs, automation, and control systems.
• Apply engineering and design thinking processes to plan, prototype, test, and improve technology projects.
• Demonstrate creativity and innovation in developing digital and robotics solutions for everyday problems.
• Collaborate effectively in teams during coding, robotics, engineering, and STEM-based projects.
• Analyze and troubleshoot coding, robotics, and electronics problems using critical thinking and debugging techniques.
• Explore beginner artificial intelligence, automation, and emerging technology concepts.
• Develop beginner web development and digital content creation skills through practical projects.
• Participate actively in hands-on, project-based, and competency-based STEM learning experiences aligned with the Kenyan CBE/CBC curriculum.

Course Audience

This course is designed for:

• Learners in Grade 7 to Grade 9 following the Kenyan Competency-Based Education (CBE/CBC) curriculum.
• Students aged approximately 12–15 years.
• Learners interested in coding, robotics, engineering, STEM, electronics, artificial intelligence, and digital technology.
• Students with beginner or intermediate coding experience who want to advance their programming and robotics skills.
• Young innovators who enjoy hands-on, project-based, and problem-solving learning experiences.
• Junior school learners preparing for STEM-related senior school pathways and future technology careers.
• Schools, coding academies, robotics clubs, STEM centers, and holiday bootcamps offering advanced digital skills programs.
• Parents seeking to equip their children with future-ready skills in programming, robotics, innovation, engineering, and emerging technologies.
• Learners interested in future careers such as software development, robotics engineering, cybersecurity, artificial intelligence, game development, and digital innovation.