Courses
CodePlay offers top – tier interactive coding education
…that nurtures children’s creativity, logical thinking, and problem-solving abilities, giving them an edge in school and beyond.
More children learn to code on CodePlay
than on any other platform
Why Choose CodePlay?
Group Courses
All student data is encrypted and securely stored to protect personal information.
Tailored Mentorship
Our curriculum and materials are designed specifically for children, ensuring they engage with appropriate content.
Interest-Driven Lessons
Any interaction in our community spaces is monitored to maintain a safe environment for kids.
Simple and accessible
Access to articles, tutorials, and guides on coding concepts to help parents support their child’s learning.
We inspire learners of all ages to become innovators, building essential coding and critical thinking skills that prepare them for success in both the present and future through interactive learning.
Our curriculum aligns with key educational values, focusing on:
Creativity
Our curriculum teaches valuable skills like problem-solving, critical thinking, and creativity, essential for success in the 21st-century job market.
Collaboration
Learning through games makes coding fun and encourages lifelong learning habits, preparing children for future educational pursuits.
Problem-solving
Exposure to coding and game design at a young age equips children with foundational knowledge that can lead to careers in tech and innovation.
Real-world skills
Joining CodePlay means becoming part of a community of learners, providing opportunities for collaboration and networking with peers who share similar interests.
Early Learners (Ages 5-7)
Focus: Introducing young children to fundamental coding concepts through interactive storytelling and simple visual programming tasks. Activities aim to spark curiosity and build a foundational understanding of how coding works.
Tools: Use of a beginner-friendly coding environment with interactive tutorials and visual prompts. Emphasis on creating basic sequences and patterns to perform simple tasks and solve puzzles.
Primary Explorers (Ages 8-11)
Focus: Building on initial coding skills with more engaging and intricate problem-solving scenarios. Students start to explore foundational programming concepts such as loops, conditionals, and sequences through project-based learning.
Tools: Integration with advanced visual programming platforms, offering students more robust tools to create projects and solve coding challenges. Resources include interactive lessons that guide students through progressively complex tasks.
Teen Innovators (Ages 12-14)
Focus: Introducing text-based coding languages, such as Python or JavaScript, alongside continued use of visual programming. Emphasis on developing and implementing more complex projects and understanding coding structures and logic.
Tools: Advanced coding environments that support both text-based and visual programming. Projects involve creating scripts, building interactive systems, and experimenting with game development concepts.
Advanced Coders (Ages 15-18)
Focus: Mastering advanced coding principles and applying skills to real-world challenges. Students work on sophisticated projects that involve algorithms, data management, and software development techniques.
Tools: Opportunities to develop custom applications, contribute to collaborative projects, and explore professional-level coding practices. Access to tools that . support complex programming tasks and integration with real-world data and APIs.
Additional Features Across All Levels:
Integrated Learning:
Curriculum incorporates cross-disciplinary elements, connecting coding with subjects like art, geography, and engineering through engaging, real-world projects.
Teamwork & Innovation
Focus on collaborative work and creative problem-solving to foster team-building skills and innovative thinking.
Comprehensive Support:
Access to a broad range of educational resources, including video tutorials, interactive guides, and expert support, to enhance both student and educator experiences.
Certifications & Outcomes
Students will:
- Create a comprehensive portfolio of over 100 unique projects
- Gain the expertise to address a broad range of real-world issues through programming
- Receive certifications for each milestone achieved
