2026 Pilot Program | Grant-Funded Development

FogponicsEDU

Growing Minds, Conserving Water, Building Futures

Hands-on sustainable agriculture education designed to inspire the next generation of innovators through real-world climate solutions.

Addressing Critical Challenges

Our students face interconnected educational and environmental challenges that demand innovative solutions

The Challenge

  • 💧

    Water Crisis

    Agriculture uses approximately 70% of global freshwater, creating urgent need for water-efficient solutions

  • 👷

    Workforce Gap

    A significant shortage exists in agricultural technology, with industry identifying STEM pipeline development as critical

  • 📚

    Engagement Gap

    Many students lack access to engaging, hands-on STEM experiences that connect to real-world challenges

Our Mission

  • ♻️

    Closed-Loop Systems

    Designed to demonstrate up to 90% water savings through active moisture recovery

  • 🎓

    Career Pathways

    Aims to expose students to high-demand agricultural technology careers through hands-on experience

  • 🔬

    Active Learning

    Designed to foster improved STEM understanding through real system building and problem-solving

Conservation & Learning Goals

Our platform aims to deliver measurable environmental and educational impact

💧
Up to 90%

Water savings compared to traditional agriculture through closed-loop design

🔬
15+

Integrated STEM concepts in a single cohesive project

📅
8 Weeks

Complete curriculum from setup to final presentation

🌍
Real-World

Hands-on solutions to global climate challenges

A Complete Learning Ecosystem

Students build, monitor, and optimize a functioning sustainable agriculture system

🏗️

Engineering Design

Hands-on assembly of a functional vertical growing structure

🌡️

System Monitoring

Experience managing environmental variables and system operation

♻️

Water Recovery

Learn closed-loop resource management through active condensation

🌱

Plant Science

Experience full lifecycle cultivation from fog distribution to harvest

The 8-Week Learning Journey

A structured, classroom-ready curriculum from orientation to final presentation

📋

Weeks 1-2

Setup & Training

Teacher prep and system familiarization

🔧

Week 3

The Build

Hands-on mechanical assembly and engineering

🌱

Weeks 4-6

Cultivation

Plant growth monitoring and system operation

📊

Weeks 7-8

Analysis

Data analysis and final presentations

What Students Experience

Designed to support learning across multiple STEM disciplines

Systems Thinking

Understand how biological, physical, and engineering systems interconnect to solve real problems

Climate Solutions

Direct experience with water conservation and resource management technologies

Career Exposure

Explore pathways in agricultural technology and environmental engineering

NGSS-Aligned

Curriculum designed to integrate Physics, Biology, and Engineering standards

Empowering Diverse Educational Environments

Designed for flexibility across multiple program types and use cases

Ideal for Programs Like...

  • 🏫
    High School STEM Departments
  • ⚙️
    Career & Technical Education (CTE)
  • 🌾
    Community College Agriculture
  • 🌽
    FFA Chapters & Environmental Science
  • 💡
    Maker Spaces & Innovation Labs

Perfect for Use Cases Such As...

  • 📅
    Semester-Long Classroom Projects
  • 👥
    After-School STEM Clubs
  • 🏆
    Science Fair Demonstrations
  • ☀️
    Summer STEM Camps
  • 📖
    Homeschool Science Curricula

Join Us in Building the Next Generation of Innovators

Our mission is to inspire the next generation of agricultural innovators, environmental engineers, and sustainability leaders through hands-on STEM education that demonstrates real-world solutions to global challenges.

Give your students the tools to solve the problems of tomorrow, today.