1  # Mundo Teens Project
 2  
 3  A hands-on educational project where children design and build a complete three-dimensional festival/theme park model from scratch. This project combines creativity, engineering, science, and mathematics through practical, engaging activities.
 4  
 5  ## Project Overview
 6  
 7  Based on concepts from [Daydream Believers](https://daydreambelievers.co.uk), this project challenges students to envision, plan, and construct a scaled physical model featuring various attractions, entertainment areas, and interactive elements. The end result is a fully functional 3D model that incorporates multiple learning disciplines.
 8  
 9  ## Core Learning Objectives
10  
11  - **Spatial Design & Architecture**: Creating layouts and structures
12  - **Scale & Proportion**: Understanding how size relationships work in 3D space
13  - **Engineering & Mechanics**: Building moving parts and functional components
14  - **Science & Chemistry**: Exploring electricity and chemical reactions
15  - **Art & Design**: Creating visual elements and aesthetics
16  - **Project Management**: Coordinating multiple interconnected sub-projects
17  
18  ## Sub-Projects
19  
20  ### 1. Mascot Design & 3D Printing
21  **Status**: In Progress
22  - Children have created initial mascot drawings
23  - AI refinement completed for proper character designs
24  - **Next Steps**:
25    - Generate 3D models using AI-to-3D tools
26    - 3D print mascot figures
27    - Hand-paint finished models for placement throughout the park
28  - **Tool Recommendation**: [Hunyuan3D-2](https://huggingface.co/spaces/tencent/Hunyuan3D-2) - Free tool that transforms images to 3D meshes
29  
30  ### 2. Motorized Ferris Wheel
31  **Status**: Planning
32  - **Motor System**: LEGO motor (plug-and-play, no soldering required)
33  - **Construction**: Combination of custom-built and 3D-printed components
34  - **Learning Focus**: Mechanical engineering, gear systems, rotational motion
35  - **Scale Consideration**: Will serve as the primary scale-determining element
36  
37  ### 3. Potato Battery LED Lighting
38  **Status**: Concept
39  - LED light chains powered by potato batteries
40  - **Learning Focus**: Chemistry, electricity, circuit basics
41  - **Application**: Ambient lighting throughout the model
42  
43  ### 4. Zipline/Gondola Transport System
44  **Status**: Concept
45  - Hanging transport system connecting different areas of the park
46  - **Learning Focus**: Physics of motion, tension, and gravity
47  
48  ## General Project Components
49  
50  ### Landscape Design
51  - **Terrain Modeling**: Multi-level landscape using stackable, cuttable materials
52  - **Contour Learning**: Students discover topographical mapping through hands-on terrain creation
53  - **Scale Integration**: Landscape design must accommodate all sub-project elements
54  
55  ### Scale Determination
56  - **Primary Constraint**: Table dimensions determine maximum model size
57  - **Scale Logic**: Ferris wheel (largest element) determines overall project scale
58  - **Learning Goal**: Students discover that the largest component drives scale decisions
59  
60  ### Base Infrastructure
61  - **Platform**: Dedicated table serving as the foundation
62  - **Layout Planning**: Strategic placement of all sub-components
63  - **Accessibility**: Design considerations for viewing and interaction
64  
65  ## Project Philosophy
66  
67  This project emphasizes learning through discovery rather than instruction. Students are guided to make key insights themselves, such as understanding how the largest element (ferris wheel) naturally determines the scale constraints for the entire model.
68  
69  ## Future Development
70  
71  As the project evolves, additional sub-components may be identified and separated into their own focused learning modules. The modular approach allows for flexible expansion while maintaining clear learning objectives for each element.
72  
73  ---
74  
75  *This project combines hands-on learning with creative expression, giving students ownership over a complex, multi-disciplinary creation that integrates art, science, engineering, and mathematics.*