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Physics Controller Labs
Write Roblox Lua player overrides to verify walk speeds, gravity constants, and jump thresholds required to clear obstacle pits.
C# & Lua Game Logic & Scripting Simulator
Master the logical fundamentals of game development. In ArcadeScript, students write Roblox Lua and Unity C# scripts to jump physics obstacles, compute collision damage health state updates, spawn waves of obstacles in loops, and bind interactive event listener callbacks.
School students and young creators looking to understand logic variables, loops, events, and spatial calculations through game programming.
Write Roblox Lua player overrides to verify walk speeds, gravity constants, and jump thresholds required to clear obstacle pits.
Design C# logic blocks to track player health states, filter collision tags matching enemies, and deduct current health points safely.
Program for-loop spacing offsets multiplying vector indexes to position spawned prefabs at distinct intervals without overlapping.
Use Lua connections to listen for Touched events, clean floating item actors from memory (garbage cleanup), and award points.
Verify knowledge across 4 quiz modules testing framerate delta-time updates, health arrays, instantiation logic, and signals.
Complete all sandboxes to verify eligible credentials, triggering PDF exports signed by the TeachMeLifeSkills Academy.
Completely self-contained sandbox — no internet required when run locally in the classroom.
Every session ends with a quick 15–20 min real-world task that turns the simulator into a habit.
Identify a gameplay mechanic in your favorite game (such as inventory weights, jumping constraints, or healing items) and draft 5 lines of pseudocode explaining how the engine modifies variables behind the scenes.
🔒 Privacy-first — localized for British Columbia.
ArcadeScript is part of our hands-on logic & automation workshops.
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