Game Development for Teens

More than 20 games and prototypes across ten months, including at least three complete, published games: a polished 2D game on itch.io by month 3, a finished 3D game with their own Blender assets by month 6, and a final capstone presented live at demo day. Along the way they build multiplayer experiments, a mobile game running on a real phone, and a game-jam entry. Finishing and publishing is the point: the course is built against the tutorial graveyard.

To genuinely build and ship games: 10 months at 2 live classes a week plus 3 to 4 hours of practice, and the first published game happens in month 3, not month 10. The syllabus keeps 2 months of margin in hand: students who need more repetition take up to 12 months with no rushing and no penalty.

No. Classwork runs inside every session, homework follows every class, and each month ends with an assignment that deliberately mixes new questions with earlier topics so knowledge compounds instead of fading. Every phase closes with a cumulative exam, and the course ends with a final exam: a practical build plus written questions drawn from the whole syllabus. Passing earns the certificate; falling short earns a focused revision plan and a free retest. We optimize for real knowledge and real depth, not a stream of feel-good badges.

Unity, deeply, and that is a deliberate choice: Unity with C# is the standard indie and mobile engine, gentler to learn, and its concepts transfer everywhere. Month 8 includes an honest week inside Unreal with Blueprints, so students understand the other side of the industry and know exactly what to learn if a future project demands it. A shallow two-engine tour would leave a teen fluent in neither.

Any reasonably recent laptop or desktop with a stable internet connection. Unity runs comfortably on modest hardware for 2D work; for the 3D months a dedicated graphics card is nice but not required, we scope the 3D projects so integrated graphics can handle them. All software used, Unity, Visual Studio, Blender, Mixamo and itch.io, is free.

It is one of the most demanding forms of programming: real-time systems, physics, AI, optimization and user experience in one discipline. The C# skills transfer directly to general software roles, the math quietly reinforces school physics and geometry, and shipping a real product teaches scoping and follow-through. Game development is the most motivating wrapper serious programming has ever had.

Yes, at an honest level: month 7 covers networked multiplayer fundamentals in Unity, enough to build small online games and understand how the big ones work. Full production netcode for thousands of players is a professional specialization; this course builds the base it stands on and says so plainly.

Yes, on itch.io, the platform where real indie careers start, with a proper game page and playtested builds. At least three finished games go live during the course, plus a game-jam entry. We do not promise Steam releases or player counts; we teach the craft of finishing and shipping, which is what those things grow from.

Group classes are ₹1,499 per month, with 2 live classes a week in batches capped at 10 students. A mini batch of 3-4 students is ₹2,999 per month, and personal 1-on-1 classes are ₹4,999 per month. International students pay a price set for their own country, shown on this page in their local currency.

Yes, a free demo class with no commitment: book at learn.modernagecoders.com/contact or message us on WhatsApp at +91 91233 66161. It is a real class, your teen will build something small in it, and parents are welcome to sit in.

Live 1-hour online classes with a real instructor, never pre-recorded videos. Groups are small and hands-on: students build during class and get unstuck on the spot, which matters enormously in game development where one misconfigured component can stall a beginner for hours.