3D Container Loading Puzzle PC
Budget: $750 – $1,500 USD
1. Project Title
3D Container Loading Simulation Game
2. Project Summary
This project proposes the development of a 3D interactive game where the user is challenged to fit real-sized boxes of different dimensions into a 20ft or 40ft shipping container. The game aims to simulate real logistics operations in a fun, educational, and engaging way.
3. Background & Problem Statement
Logistics companies often face challenges in optimizing space inside containers. Many employees and students struggle to understand:
How to place different-sized boxes efficiently
How to reduce empty space
How container volumes work in real life
A game-based simulation provides a hands-on method for users to learn and practice optimal loading strategies.
4. Objective of the Project
The objectives of this game include:
Provide a realistic 3D simulation of container loading
Allow users to manually drag, rotate, and place boxes
Use accurate real-world measurements for all boxes and containers
Provide a win/lose scoring system based on space optimization
Introduce educational value for logistics companies, trainees, and students
5. Key Features
5.1 Realistic Object Dimensions
Real 20ft and 40ft container internal dimensions
Real-size boxes (small, medium, large, custom)
Box collision detection and physics
5.2 User Interaction
Drag-and-drop box movement
360-degree rotation
Snap-to-grid placement
Warnings when a box does not fit
5.3 Game Logic
Remaining space calculation
Prevent overlapping objects
Win condition when all boxes fit correctly
Score based on:
Space utilization percentage
Time taken
Number of moves
5.4 3D Environment
Realistic container graphics
Shadows, lighting, smooth animations
Optional “VR mode” for immersive training
5.5 Additional Modes
Challenge Mode: solve predefined loading puzzles
Free Mode: drag boxes freely and practice
AI Suggest Mode (optional): AI recommends the best loading arrangement
3D Container Loading Simulation Game
2. Project Summary
This project proposes the development of a 3D interactive game where the user is challenged to fit real-sized boxes of different dimensions into a 20ft or 40ft shipping container. The game aims to simulate real logistics operations in a fun, educational, and engaging way.
3. Background & Problem Statement
Logistics companies often face challenges in optimizing space inside containers. Many employees and students struggle to understand:
How to place different-sized boxes efficiently
How to reduce empty space
How container volumes work in real life
A game-based simulation provides a hands-on method for users to learn and practice optimal loading strategies.
4. Objective of the Project
The objectives of this game include:
Provide a realistic 3D simulation of container loading
Allow users to manually drag, rotate, and place boxes
Use accurate real-world measurements for all boxes and containers
Provide a win/lose scoring system based on space optimization
Introduce educational value for logistics companies, trainees, and students
5. Key Features
5.1 Realistic Object Dimensions
Real 20ft and 40ft container internal dimensions
Real-size boxes (small, medium, large, custom)
Box collision detection and physics
5.2 User Interaction
Drag-and-drop box movement
360-degree rotation
Snap-to-grid placement
Warnings when a box does not fit
5.3 Game Logic
Remaining space calculation
Prevent overlapping objects
Win condition when all boxes fit correctly
Score based on:
Space utilization percentage
Time taken
Number of moves
5.4 3D Environment
Realistic container graphics
Shadows, lighting, smooth animations
Optional “VR mode” for immersive training
5.5 Additional Modes
Challenge Mode: solve predefined loading puzzles
Free Mode: drag boxes freely and practice
AI Suggest Mode (optional): AI recommends the best loading arrangement