Video Games Ages 14–17

Online Video Games Classes for Kids Ages 14–17

Starting at just $14 per class, students ages 14–17 learn hands-on game development, coding mechanics, and digital asset creation in small groups of 4–8. Each 55–75 minute session builds real skills for creating original games from concept to launch.

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From $14/class

Price

4–8 students

Group Size

55–75 min

Schedule

14–17

Ages

Video Game Classes for Kids: Build Games, Build Confidence

By high school, most teens have played games—but creating them? That's a completely different skill set. Our video game classes teach 14-17 year olds how to design and code real games using industry-standard tools like Scratch, Roblox Studio, and GDevelop. In small groups of 4-8 students, your teen works at their own pace while building something tangible they can actually play and share. It's the difference between consuming entertainment and creating it.

This age group needs hands-on ways to develop problem-solving skills and see immediate results from their effort. Game development does exactly that. When a player dies at the wrong moment or a level feels too easy, teens debug their own code, adjust variables, and test solutions. They're learning computational thinking without it feeling like homework. Plus, there's real confidence that comes from saying "I made this game" to friends and family.

Classes run 55-75 minutes with instructors who actually get what resonates with this age group—no condescension, no oversimplification. Starting at just $14 per class, it's an affordable way to explore whether game development could become a genuine interest or even a future path. Your teen will learn marketable skills while creating something they're genuinely proud of.

What Ages 14–17 Learn in Video Games

Game Engine Fundamentals

Master industry-standard engines like Unity or Unreal to understand how professional games are built. Learn to navigate engines, implement physics, and debug code while working on progressively complex projects.

Game Design & Mechanics

Develop core game mechanics, level design, and player progression systems. Students learn to balance difficulty curves, create engaging gameplay loops, and prototype ideas rapidly to test what's actually fun.

Programming for Games

Write C# or C++ scripts that control character movement, AI behavior, collision detection, and interactive gameplay elements. Focus on practical coding patterns used by professional studios rather than abstract theory.

Digital Asset Creation & Integration

Create or source 2D sprites, 3D models, and audio; then integrate them into games using proper naming conventions and folder structures. Learn optimization techniques that separate amateur projects from polished releases.

Why Ages 14–17 Is a Great Time for Video Games

Ages 14–17 represent a critical window where teens develop the abstract reasoning needed to understand object-oriented programming and complex game systems, while still maintaining the creativity and experimentation that makes game development exciting. This age group has likely played hundreds of games and can now reverse-engineer what they enjoy, making them naturally curious about the 'how' and 'why' behind game mechanics. They're also developing the patience required for debugging and iterating on projects—skills that feel frustrating at younger ages but become satisfying at this level.

Teen game developers at this age are beginning to think about real-world applications and career possibilities, which motivates deeper engagement than younger learners might have. They're capable of managing multi-week projects with multiple systems working together (UI, gameplay, save systems, etc.), and they can handle constructive peer feedback in group settings. Additionally, this age group bridges the gap between hobbyist game creation and professional-level thinking, making them ready to understand industry standards, version control, and portfolio-building skills they'll actually use if they pursue game development in college or beyond.

"My daughter went from watching YouTube all day to actually CREATING animations. Best investment ever."

Sarah M.

Parent of 12-year-old

Video Games for Ages 14–17 FAQ

Do I need to know how to code before taking these classes?

No prior coding experience is required. We teach programming fundamentals specifically in the context of games, so students learn syntax and logic through hands-on game creation rather than abstract exercises. Beginners and experienced coders are taught in the same small groups with differentiated projects.

Can I work on my own game project instead of class projects?

Yes. While we teach core concepts through structured lessons, students can apply those techniques to personal projects during class time. Our instructors will guide your project and ensure you're building good habits from the start.

What software do I need at home?

We primarily use free or freemium engines like Unity or Godot, which work on Windows, Mac, and Linux. All software used in class is free or educational-license versions. Students need a laptop capable of running a game engine (4GB RAM minimum recommended) but don't need expensive equipment.

Will I have a finished game to show after these classes?

Yes. By the end of each session, students complete playable prototypes or games—even simple ones demonstrate real game development skills. These become portfolio pieces if you're interested in applying to game development programs or sharing your work publicly.

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Maria Santos

Head of Creative Arts

Maria leads our art, animation and design programs with 11 years in creative education. She previously worked as an animator at a major studio and taught digital arts at Pratt Institute. She's passionate about helping kids find their creative voice through art and technology.

Last updated: April 2026

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