AI Thinking & Creation Course - AI Space Eco-Cabin

It listens · It thinks · It grows · Explore the mystery of life and technology thriving together

AI Space Eco-Cabin finished smart planting cabin - voice interaction and IoT control for youth sci-tech practice
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Product Overview

AI Space Eco-Cabin product key visual - aerospace-agriculture-themed AI Thinking & Creation course, space planting cabin
▲ Product Key Visual

Space Eco-Cabin is an aerospace-agriculture-themed product. It is an AI Space Eco-Cabin that listens, thinks and grows - a highly innovative K12 STEAM course covering technology education + labor education + life science education - knowledge and skills across three domains.

Carried by aerospace agriculture and designed for students in Grades 3-8, the course lets students become "space botanists" and "future engineers", completing the full project-based learning journey from model design to finished product to business showcase - finally building their own AI space planting cabin and exploring the mystery of life and technology thriving together.

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Product Highlights

  • · AI Voice Interaction:learn speech recognition and synthesis, code devices to understand commands, and begin a wonderful human-machine interaction journey
  • · IoT Control:master sensors and networking to remote-control devices via a cloud platform and experience the convenience of technology
  • · Plant Growth Science:simulate the space environment, explore how plants grow, learn about photosynthesis and environmental factors, and become a guardian of life
  • · Smart Making:explore laser cutting and 3D printing, design and create your own tech works by hand, and unleash unlimited creativity
  • · Immersive Theme Experience:themed on space planting, it blends cutting-edge technology with nature to create unique works of both tech and art
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Target Learners

🚀 Students in Grades 3-8

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Teaching Equipment

AI Space Eco-Cabin teaching equipment - wooden engineering building, AI programmable IoT hardware and smart planting kit
▲ Teaching Equipment Layout Diagram

The teaching equipment adopts a configuration of "wooden engineering building + AI programmable IoT hardware" - one set per student, supporting the complete Eco-Cabin building journey from design to building to programming to planting.

Materials & Components

  • · 1 Mainboard Set:programmable mainboard and power supply
  • · 1 Smart Hardware Set:RGB light strip, fan, water pump, temperature & humidity sensor, soil moisture sensor, voice interaction hardware and OLED screen
  • · 8 DIY Wooden Boards:support laser cutting, manual cutting and 3D printing
  • · 1 Set of "Space Soil" Substrate:high-tech planting substrate and plant seeds (lettuce, mint, sunflower, etc.)
  • · 1 Set of Stickers:for exterior decoration - software design, hand-drawn art or AI painting
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Core Features

  • 💬 Voice ChatA dedicated AI chat buddy that answers questions anytime with a lovely voice
  • 🌈 Voice-Controlled RGB LightChange the RGB light's color and brightness by voice command, switching scenes like "Blue Earth Night" and "Red Mars Dawn"
  • 🌀 Voice-Controlled FanStart the built-in fan by voice to bring fresh air to the plants and smartly regulate the cabin air
  • 💧 Voice-Controlled WateringAsk about soil moisture anytime and start the water pump by voice for precise irrigation
  • 🌡️ Voice Temperature & Humidity ReportAsk once and it reports precise in-cabin temperature and humidity data, keeping you on top of the environment in real time
  • 🌱 Voice Soil Moisture ReportPrecisely senses soil dryness and tells you by voice whether the plants are thirsty - scientific watering prevents root rot
  • 🪐 "Space Soil" Substrate CultivationComes with quality growing substrate - plant seeds by hand and witness sprouting and leafing, creating spring in your palm
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Supporting Courses & Syllabus

Course Structure:14 sessions, 28 class hours

Syllabus

AI Space Eco-Cabin syllabus - 14 sessions and 28 class hours of complete project-based learning from design to planting
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Course Value

After the Space Eco-Cabin course, students gain far more than a cool smart model - they quietly build future-ready core competitiveness.

  • 🔧 Engineering & TechnologyMaster laser cutting, 3D modeling, circuit building and sensor principles to turn abstract concepts into reality and build solid engineering practice.
  • 💻 Programming & LogicLearn basic programming logic, explore how code drives hardware, and understand how AI algorithms and IoT work together under the hood.
  • 🌿 Life ScienceDeeply understand how plant growth relates to environmental factors, master soilless cultivation and hydroponics, and explore the mysteries of life in special environments.
  • 🛠️ A Leap in Practical SkillsComprehensively trains hands-on creation, innovative thinking and project management skills.
  • 🌟 Well-Rounded GrowthScientific literacy enlightenment, patience and responsibility, confidence and a sense of achievement.
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Competition Pathways

Course content aligns directly with the following national and provincial whitelisted and authoritative sci-tech innovation competitions, offering outstanding students a stage to shine:

  • 🏆Hunan Scientist Story Museum Co-Creation Exhibition Competition (Practice & Display Event for Sci-Tech Innovation Works in the Spirit of Scientists)
  • 🥇Hunan Youth AI Programming Challenge
  • 🎨Hunan Primary & Secondary School Science Popularization Works Creation Competition
  • 🎖️National Youth Labor Skills and Intelligent Design Competition
  • 🤖National Youth AI Innovation Challenge
  • 🌟Soong Ching Ling Children's Invention Award
  • 💻National Student Digital Literacy Enhancement Practice Activity
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