Live online JavaScript Game Development classes for kids

Class 1: Endless Runner City – We’ll build a fast-paced runner where the city scrolls endlessly using reused objects. Players earn points for distance, lose lives on collisions, and the game ends when all lives are gone, encouraging high-score runs.
concepts: game loop, canvas rendering, requestAnimationFrame, object reuse, collision basics.

Class 2: Obstacle Dodge Arena – We’ll create a survival arena where obstacles spawn faster over time. The score increases with survival time, and the game ends when the player takes too many hits.
concepts: timers, random generation, difficulty scaling, collision detection.

Class 3: Car Race Sprint – We’ll build a top-down racing game with smooth controls and lane-based movement. Players score by overtaking cars and must reach the finish line before crashing too many times.
concepts: keyboard controls, velocity, acceleration, boundaries, game states.

Class 4: Maze Escape Mission – We’ll design a timed maze where players race to find the exit. Faster escapes earn higher scores, while running out of time ends the game.
concepts: grid systems, collision logic, timers, level completion logic.

Class 5: Treasure Hunt Quest – We’ll build an exploration game where players collect treasures while avoiding traps. Treasures increase score, traps reduce health, and the game ends when all treasures are collected or health runs out.
concepts: collectibles, score systems, hitboxes, state tracking.

Class 6: Shooting Gallery Challenge – We’ll create a reaction-based shooting game where targets appear briefly. Accurate hits increase score, misses reduce it, and the final score determines the result.
concepts: mouse events, hit testing, timers, score calculation.

Class 7: Platform Jump World – We’ll design a classic platformer with jumping, gravity, and moving platforms. Players collect items to score points and lose lives by falling, winning by clearing the level.
concepts: gravity, jumping physics, platforms, collision resolution.

Class 8: Boss Fight Battle – We’ll create a boss of the enemy team with health, attack patterns, and phases. Players must survive and defeat the boss to win, or lose if their health reaches zero.
concepts: enemy AI patterns, health systems, cooldowns, phase logic.

Class 9: Level Builder System – We’ll load game levels from data instead of hardcoding them. Players progress through levels, earning scores for efficient completion.
concepts: arrays of objects, level data structures, dynamic rendering.

Class 10: Power-Up Frenzy – We’ll add temporary power-ups like speed and shields to our game character who needs to win the marathon. Using them wisely boosts score, while poor timing makes the character harder to sustain.
concepts: timers, modifiers, effect stacking, state management.

Class 11: Smart Enemy Patrols – We’ll create enemies that patrol, chase, and retreat based on player distance. Avoiding enemies increases survival time, while getting caught reduces lives.
concepts: simple AI, distance checks, behavior switching.

Class 12: Game Menu & HUD System – We’ll add menus, pause screens, score displays, and game-over screens to make the game feel complete and replayable.
concepts: game states, UI overlays, pause/resume logic.

Class 13: Save Progress Game – We’ll allow players to save scores and progress in the browser. Players can reload the game and continue improving their results.
concepts: localStorage, serialization, game state persistence.

Class 14: Tic-Tac-Toe – We’ll build a fun two-player board game where players take turns placing their marks on the screen to win this tic-tac-toe game.
concepts: turn systems, input control, state switching.

Class 15: Physics Playground – We’ll experiment with bouncing, angles, and momentum of the bouncing ball to complete physics-based challenges and score points.
concepts: vectors, collision response, physics math.

Class 16: Mystery Island Adventure – We’ll build a complete story-driven game where the player explores a mysterious island, completes timed challenges, solves simple puzzles, and collects artifacts while avoiding traps and enemies. Players earn points for exploration, puzzle solving, and safe navigation, lose points or lives for mistakes, win by collecting all key artifacts and escaping the island, and lose if time runs out or all lives are lost.
concepts: full game architecture, optimization, debugging, polish, performance thinking.