Coding

Overview

Coding empowers children to become creators rather than just consumers of technology. For early learners (ages 4–10), programming concepts are introduced through gamified, block-based languages like Scratch, focusing on sequences, loops, and spatial logic. Intermediate students (ages 11–14) transition to text-based environments, mastering fundamental software concepts like variables, conditionals, arrays, and basic web development. For advanced learners (ages 15–18), the track dives into complex data structures, object-oriented programming, algorithm design, and application deployment, preparing them for future pathways in computer science and tech engineering.

Learning outcomes

• Understand foundational computational logic, sequences, loops, and conditions.
• Write clean, functional code in languages like Python, JavaScript, or HTML/CSS.
• Design, build, and debug interactive games, websites, and simple software apps.
• Apply problem-solving strategies to break down complex issues into logical steps.
• Grasp advanced concepts like data structures, algorithms, and version control.
• Collaborate on digital projects using professional development mindsets and workflows.