Cosmic Living Zone
Build Dreams. Shape Future Living Spaces.
This zone merges architecture, interiors, engineering, and futuristic habitation. Kids and teens go beyond ordinary home design, from crafting sustainable shelters and stylish interiors on Earth to envisioning homes on Mars and the Moon. Hands-on exposure to architectural basics, 3D printed home models, construction materials, and interior aesthetics allows learners to explore how humans can create safe, beautiful, and resilient living spaces for the future.
The Shelter, Architecture & Interior Design Zone is where learners explore how spaces shape lifestyles. They design model homes, eco-friendly shelters, and futuristic interiors while balancing aesthetics, sustainability, and function. Using architectural modeling kits, VR walkthroughs, and eco-materials, they experience how design decisions impact human well-being across cultures and environments.
What They'll DO
Home and Shelter Design
Build model homes using eco-friendly materials and 3D printing technology
Learn passive design principles and integrate renewable energy systems
Construct tiny homes and disaster relief shelters with modular building sets
Explore shelter types adapted to diverse cultural and climate conditions
Interior and Aesthetic Design
Design interiors using AR/VR visualization and decoration tools
Experiment with furniture layouts, color psychology, and lighting concepts
Source and test eco-friendly materials like bamboo, recycled wood, and smart glass
Curate themed rooms combining art, décor, and functional style
Technical Systems and Innovations
Study and apply practical systems such as plumbing, electrical wiring, and energy management
Investigate space architecture challenges including Martian domes and lunar bases
Create detailed floor plans and 3D renders with digital design software
Construct architectural prototypes using laser cutters and 3D printers
Presentation and Collaborative Skills
Build and present smart, sustainable home concepts
Participate in interior stylist challenges and design exhibitions
Collaborate on green housing projects incorporating natural energy concepts
Develop client communication and design presentation skills
What They'll Learn
Architecture Basics and Principles
Understand fundamental architecture, geometry, and design theory
Differentiate functional design from aesthetic appeal
Study cultural influences on shelter and community spaces
Explore the unique challenges of space habitation design
Sustainable Building and Materials
Learn sustainable housing concepts and green building techniques
Investigate resource-efficient construction and eco-friendly materials
Gain awareness of smart home technologies and future-ready designs
Practice practical home building and system integration skills
Interior Design and Styling
Apply color theory, spatial aesthetics, and styling fundamentals
Understand furniture design and ergonomic considerations
Develop knowledge of environmental psychology related to interiors
Learn teamwork and collaborative brand-building for design
Technical Software and Communication
Master digital floor planning and 3D architectural rendering tools
Enhance skills in client communication and visual design presentations
Use VR to conduct immersive walkthroughs and design critiques
Apply data analytics to improve design efficiency and sustainability
✨ 3D Printed Habitat
Create miniature home models using futuristic 3D printers
✨ Space Colony Builder
Design a Martian or lunar settlement environment
✨ Dream Home Studio
Customize interiors with AR visualization tools
🏡 Future Home Designer
Create and pitch smart, sustainable home concepts
🏕️ Shelter Innovator
Build rapid-deploy shelters for disaster relief scenarios
🎨 Interior Stylist Challenge
Redesign room themes under timed conditions
🖼️ Gallery of Dreams
Exhibit personal architectural and design projects
🌿 Green Architect
Construct eco-friendly houses integrating renewable energy
📐 Floor Plan Wizard
Develop and present detailed home layout designs
🖨️ Prototype Maker
Use laser cutters and 3D printing to fabricate architectural models
Key Tools & Experiences
Key Tools & Experiences
Future-Ready Skills
The skills developed in our program prepare students for careers that don’t even exist yet, as robotics and automation continue to transform industries worldwide.
Eco-Material Innovation Kits
Hands-on exploration of bamboo, recycled composites, smart glass, and other sustainable construction materials.
Architectural CAD & VR Design Platforms
Next-generation digital environments for 2D/3D modeling, walkthroughs, and immersive architectural visualization.
Rapid Prototyping & Fabrication Systems
3D printers and precision laser cutters for creating scaled architectural models and design prototypes
Smart Interior & Lighting Design Tools
Interactive planners for experimenting with spatial layout, ambience, and furniture aesthetics.
Renewable Energy & Passive Design Kits
Solar, wind, and green energy simulation models for building energy-efficient, climate-responsive structures.
Real-World Installation & Engineering Sets
Toolkits for practical learning in plumbing, electrical systems, and integrated home automation design.
Digital Floor Plan & Rendering Applications
Advanced software for blueprint drafting, 3D rendering, and visualization of interior–exterior harmony.
Space Habitat & Modular Construction Kits
STEM-based building systems exploring extraterrestrial architecture, habitat pods, and adaptive modularity.
Art, Décor & Aesthetic Design Resources
Comprehensive color theory modules, décor elements, and artistic tools for creative spatial storytelling.
Client Communication & Design Presentation Suites
Professional platforms for showcasing projects, managing revisions, and creating architectural portfolios.
SDG Aligned Edutainiment
Sustainable Development Goals
Our Cosmic Living Zone is aligned with the United Nations Sustainable Development Goals, preparing students to contribute to a better and more sustainable future through technology and innovation.
🎓 SDG 4 – Quality Education
Fosters hands-on learning integrating architecture, technology, and sustainability.
🏡 SDG 11 – Sustainable Cities & Communities
Encourages eco-friendly urban and rural housing solutions.
♻️ SDG 12 – Responsible Consumption & Production
Supports resource-efficient construction and sustainable material use.
🌿 SDG 13 – Climate Action
Promotes sustainable building practices to mitigate environmental impact.
Key Tools & Experiences
STREAMER Lifestyle integration
A hands-on approach blending Science, Technology, Research, Engineering, Arts, Mathematics, Energy and Resilience. This lifestyle fosters learning by doing, creative problem-solving and persistent growth as an absolute necessity for thriving in 2025’s innovative and fast-evolving world.
Future-Ready Skills
The skills developed in our program prepare students for careers that don’t even exist yet, as robotics and automation continue to transform industries worldwide.
Science
Explore materials science, structural engineering, and environmental factors shaping buildings.
Technology
Use CAD, VR, 3D printing, and AR tools for advanced architectural design and prototyping.
Research
Investigate sustainable building methods, cultural influences, and human-comfort metrics.
Engineering
Design structural, electrical, and plumbing systems integrating sustainability and innovation.
Arts
Apply color theory, spatial aesthetics, and creative styling to interior and exterior design.
Mathematics
Employ geometry, spatial reasoning, and modeling for accurate design and construction.
Energy
Integrate renewable energy technologies and passive design to optimize energy efficiency.
Resilience
Cultivate problem-solving and adaptability through iterative design and collaboration.