Ask HN: Platform for 11 year old to create video games?

Hacker News Discussion ↗

Parents and developers trade experiences on how best to support an 11‑year‑old who wants to make games, weighing kid‑friendly tools like Scratch, GameMaker, Twine, MakeCode Arcade, pico‑8 and Roblox Studio against more advanced engines such as Godot, Unity and Unreal. Many emphasize starting with low-friction, visual or block-based systems — or even tabletop and board‑game prototyping — to focus on creativity and core game design rather than heavy coding. Others caution about online platforms with exploitative or unsafe dynamics, arguing that maintaining motivation, providing guidance, and choosing age‑appropriate ecosystems matters more than the specific technology.

Overall Focus

  • Thread asks: what platforms suit an 11‑year‑old who already prototypes games (e.g., in PowerPoint) and wants to make “real” video games.
  • Responses span visual tools, full game engines, narrative systems, modding, and even tabletop design, plus broader advice on teaching and safety.

Block-Based and Beginner-Friendly Tools

  • Strong support for Scratch and Scratch-like environments (Snap!, PenguinMod, Blockly, Microsoft MakeCode / MakeCode Arcade, Gamefroot, Bloxels).
  • Pros: very low friction, instant results, many built‑in assets, lots of tutorials, easy web sharing and “likes” keep motivation high.
  • Some find Scratch clumsy for larger projects or too “toy-like” for 11+, and worry about social/meme distraction.
  • Snap! and MakeCode are highlighted as “higher ceiling” successors, with the ability to transition to text (JavaScript/TypeScript, Python-like GDScript).

Engines with Coding (2D/Retro & General-Purpose)

  • Repeated praise for GameMaker, Godot, pico‑8, TIC‑80, Love2D, microStudio, Construct 3, RPG Maker, GB Studio, and similar 2D‑focused tools.
  • Advantages cited: fast “idea to pixels on screen” loop, constrained environments that prevent over‑scope, strong tutorials, and paths from visual logic to scripting.
  • Godot gets many endorsements as a “real” engine with an approachable language and no licensing surprises.
  • Some argue against “niche/toy engines” due to limited ecosystems and recommend going straight to mainstream tools (Unity, Unreal) if motivation is high; others say those are overwhelming for most 11‑year‑olds.

Narrative and Hyperlink-Based Game Tools

  • Twine, Adventure Game Studio, Ren’Py, Decker, textadventures.co.uk, and interactive fiction competitions are proposed for kids already making story-driven, branching games.
  • Seen as a natural evolution from hyperlinked slide decks, with optional scripting when ready.

Sandbox, Modding, and In-Game Editors

  • Suggestions include Roblox Studio, Minecraft (command blocks, mods), Fortnite UEFN, Dreams, Little Big Planet, Game Builder Garage, various map editors (Warcraft 3, Starcraft, Quake/Hammer), and tabletop simulator-style tools.
  • Benefits: riding the “where friends are” network effect, rich examples to remix, and strong motivation from collaborative play.
  • Roblox specifically is heavily debated:
    • Pro: thriving kid-centric dev ecosystem, lots of tutorials, kids can learn Lua, some make real money.
    • Con: accusations of financial exploitation, dark patterns, and serious safety concerns; some advise avoiding it entirely.

Tabletop and Non-Digital Game Design

  • Several argue to start with board/card games or paper prototypes to teach game design fundamentals and “find the fun” before coding.
  • Tools like Tabletop Simulator and print-on-demand services are suggested as bridges from paper to digital.

Teaching Philosophy and Parenting Considerations

  • Disagreement between:
    • “Pick an adult tool and learn together; don’t dumb it down.”
    • vs. “If tools are too hard, kids lose interest; prioritize fun, quick wins, and avoiding frustration.”
  • Some emphasize that the child may be more of a designer than a programmer; tools should enable expression, not force heavy coding early.
  • One long comment warns broadly about the modern gaming ecosystem (addiction mechanics, unsafe platforms) and suggests alternative constructive activities; others push back, calling this overly pessimistic.

AI-Assisted and Web-Based Paths

  • A few mention using JavaScript/HTML5 with lightweight game libraries (p5.js, Phaser, kaboom/kaplay) plus YouTube tutorials and LLMs/editors (Cursor, AI game makers) to smooth over coding hurdles.
  • Opinions vary on whether AI help enhances learning or risks obscuring fundamentals.