Course Duration & Structure

• Length: 12 weeks (90 days), 1 day per week
• Daily Session: 2 hours per day
• Format: In-person
• Course will be updated every 3 months to improve performance and engagement.
• Start Date: September
• End Date: November

Target Audience

• Kids aged 8–14 years old
• No prior computer science or programming experience required
• Students must have access to a Windows-based laptop

Course Description

Is your kid obsessed with video games? Instead of just playing them, why not teach your child how they’re made? Video game creation teaches applied math, physics, and basic computer science that boost school grades in these subjects. Your child will learn how their favorite games work while developing skills to become a software or computer engineer. We turn gaming time into learning that prepares your kid for exciting, well-paying tech careers and future success.

Course Philosophy

• This course introduces kids to the foundational concepts of computer science and 3D video game development in a friendly, team-oriented, and engaging environment. We focus on:
• Building curiosity and motivation for science and technology
• Encouraging teamwork, communication, and creative collaboration
• Supporting every child regardless of background, and providing tailored guidance to ensure all students can keep up and enjoy the journey
• Teaching ethical, safe computer and internet usage

Learning Outcomes

By the end of the course, students will:

• Understand basic computer hardware, software, and operating systems, especially Windows
• Practice safe computer and internet habits, and know when and how to seek help
• Grasp foundational concepts in computation and logic
• Gain hands-on experience with installing, uninstalling, and managing software
• Learn to use Kodu Game Lab to create 3D models, characters, and environments
• Develop and implement their own video game ideas from concept to execution
• Improve storytelling, problem solving, and mathematical thinking through game design
• Collaborate effectively in teams to build creative projects
• See connections between game development and other sciences (Math, Physics, Astronomy)
• Prepare for more advanced courses in computer science and software development

Assessment & Progression

• Daily Fun Quizzes & Challenges: Low-pressure, engaging activities
• Weekly Mini-Projects: Reinforce learning through creativity
• Final Project Presentation: Each child presents the video game they built and explains the code they used to make it work.

Materials & Requirements

• Only bring a Laptop (Windows or Mac) with internet access

Communication & Support

• Instructors maintain close, friendly interaction with students
• Parents are welcome to contact instructors for updates and support
• Students encouraged to ask questions and seek help at any time

Future Learning Path

On successful completion, students will be eligible for next-level courses covering:

• Programming with C++ and C# in professional game engines (Unity, Unreal)
• Advanced 3D modeling and animation
• Robotics, AI, and more