MIT App Inventor 2: Build 3 Complete Android Games

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MIT App Inventor 2: Build 3 Complete Android Games
Published 10/2026
Created by Souroabh Dubey
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 9 Lectures ( 1h 6m ) | Size: 849.8 MB

Build 3 complete Android games with MIT App Inventor: Airplane Fighter, Boom Ball Survival, and Ant Smash Reflex game.

What you'll learn
⚡ Build 3 complete, functional Android games from scratch using MIT App Inventor visual blocks.
⚡ Master 2D game mechanics: Canvas physics, ImageSprites, ball bouncing, and directional controls.
⚡ Implement game logic, timers, random procedural obstacle spawning, scoring, and collision detection.
⚡ Export, test, and install standalone Android APK files and manage full .aia project source files.

Requirements
❗ A computer with an internet browser and a free MIT App Inventor account. No coding experience needed.

Description
Are you ready to create real, playable Android games without typing a single line of complex syntax?

Welcome toMIT App Inventor 2: Build 3 Complete Android Games Without Coding, created bySourabh Dubey, founder ofThe Coding Bus and author ofBuild Android Apps with App Inventor .

In this compact, hands-on masterclass, you will learn how to design, program, and exportthree complete, distinct Android games from scratch using MIT App Inventor's powerful visual block programming interface.

Everything taught in this course uses genuine, built-in App Inventor components-meaning you donot need expensive third-party extensions, external SDKs, or paid subscriptions. All you need is a web browser and an appetite for building fun mobile games!

What You Will Build

Project 1: Airplane Fighter Combat Game
Take to the skies in an action-packed vertical arcade fighter!

✨Visual Design: Setup an edge-to-edge game Canvas with cosmic backdrops and custom aircraft and asteroid image sprites.

✨Player Steering: Program directional left and right tactical buttons as well as natural touch-drag airplane controls.

✨Dynamic Hazards: Code falling asteroid obstacles that respawn at randomized coordinates along the screen ceiling.

✨Progression & Collision: Build score accumulators and automatic speed multipliers that make the game faster as you survive longer, paired with explosion sound effects and instant-restart logic.

Project 2: Boom Ball Survival Game
Step inside a high-speed physics bounce enclosure where every rebound raises the stakes!

✨Elastic Collision: Use the EdgeReached and Bounce system to create realistic ball bouncing physics.

✨Dynamic Velocity Acceleration: Implement an algorithm that increases ball velocity on every bounce, putting player reflexes to the test.

✨Obstacle Layout: Deploy both stationary minefields and dynamic pursuing enemy balls that actively track the player.

✨Scoring & Survival: Program continuous survival clock loops and instant Game Over alerts upon obstacle contact.

Project 3: Ant Smash Reflex Tap Game
Challenge your friends to a frantic, fast-paced reflex smasher!

✨Multi-Screen UI Architecture: Master professional game design by implementing a Welcome Menu Screen and an active Gameplay Canvas inside a single screen using Vertical Arrangement toggling.

✨Random Coordinate Spawning: Program an automated Clock sensor loop that hops pests across random positions on a wooden picnic table.

✨TouchDown Hit Detection: Capture micro-second tap events on moving sprites to award points and trigger acoustic squish effects.

✨Time Attack & Penalties: Build a 30-second countdown game loop alongside penalty life deduction for missing a target and tapping empty space.

What Makes This Course Unique?
✨Compact & Respectful of Your Time: The entire course is focused into approximately 65 minutes of crisp, edited instruction with zero dead air, zero repetitive intros, and no YouTube promotions.

✨Standardized 3-Part Modular Learning: Every game is divided into three clear lessons: Introduction & Playable Demo, Game Design & Interface, and Blocks Coding & Testing.

✨Full Source Code Included: You receive the complete .aia project files and Android .apk installers for all 3 games to examine, modify, or publish.

Prerequisites
✨ A desktop or laptop computer (Windows, macOS, Linux, or Chromebook) with an internet browser.

✨ A free MIT App Inventor account online.

✨ (Optional) An Android phone or tablet to install and play the exported .apk games, or the free MIT Companion app.

Who this course is for
⭐ Beginners, students, kids, educators, and anyone wanting to create mobile Android games without coding.

Homepage

Code:

https://nitroflare.com/view/ADA0F6910470450/MIT_App_Inventor_2_Build_3_Complete_Android_Games.rar

https://rapidgator.net/file/e9c0c863c6fe34cf21d7cf2206897d4b/MIT_App_Inventor_2_Build_3_Complete_Android_Games.rar.html