Educational Greenhouses for Schools & Learning Programs
Growing Spaces® educational greenhouses give schools a visually distinctive setting for hands-on STEM learning. The Growing Dome® geodesic form is immediately recognizable among familiar rectangular campus buildings, giving a science, agriculture, or environmental program a visible home. Inside, the greenhouse becomes a working laboratory where students conduct experiments, manage crops or aquaponics systems, and see how light, temperature, water, and engineered systems shape a growing environment. The space can support classroom lessons, student projects, and outdoor learning throughout the school year.
42' Growing Dome Large Greenhouse Kit (Electric)
$54,750.00 $53,750.00
Is a Growing Dome a good fit for your school?
A buying guide for educational teams planning a long-term growing program
Start with what students will do inside the greenhouse. A biology class running experiments needs a different layout from an FFA or CTE program managing crops. Schools also use Growing Domes for aquaponics, food systems, outdoor learning, and community programs.
Long-term school projects need a team that can carry the work from site planning through summer care. Set the learning goal, program lead, backup, site limits, and approval path before choosing a diameter.
Choose the right Growing Dome size for your school
The 33- and 42-foot Growing Domes are the sizes we most often discuss with school teams. The 26-foot model can work for a smaller program or specialized use. Before choosing among them, sketch where students will move, teach, and work, then confirm the site, utilities, staffing, and budget.
26-foot Growing Dome
The 26-foot model can fit a smaller program, specialized course, or aquaponics research area. Plan the interior and group rotations before choosing it.
33-foot Growing Dome
The 33-foot model gives programs more room to separate learning zones, paths, growing systems, and group work.
42-foot Growing Dome
The 42-foot model can leave more room to separate growing, instruction, equipment, and community activities, depending on the interior plan.
Programs with a smaller footprint or specialized use can also compare all six Growing Dome kits.
Plan the learning space before estimating capacity
Start with how students will use the dome. A full class working together needs more circulation than small groups rotating through stations. The pond, beds, tables, equipment, and storage then determine how much working room remains.
Plan accessibility across the full route from campus into the work area. Surfaces, thresholds, door hardware, turning space, bed heights, reach, and work areas all matter. Confirm the final plan with district facilities staff, the design team, and local officials.
Set a working group size only after you know whether students will enter together or rotate through stations.
See how schools have used different Growing Dome sizes
A 26-foot aquaponics lab, a 22-foot engineering project, and a 42-foot outdoor learning lab each began with a different program and interior plan.
School Greenhouse Site, Foundation, and Installation
Bring facilities and operations staff into the project early. Before finalizing the size, confirm winter sun, drainage, delivery access, security, water, and power. Local wind, snow, foundation, and permit requirements belong in the site plan before the order is finalized.
Site preparation, foundation work, and interior construction are separate scopes. Review foundation requirements and options with the site team before finalizing the dome.
Use the building department planning guide to start conversations with local officials.
Plan professional installation with a qualified local contractor or, when available for the project, a Growing Spaces installation crew. Confirm availability and scope in the project quote.
Once the site and program requirements are clear, use the greenhouse configurator to compare sizes and options, then confirm the project with Growing Spaces.
School Greenhouse Care During Classes and Closures
Once plants are growing, their care continues through weekends, holidays, and staff changes. Name a program lead, a backup, and the person responsible during summer and school closures before purchase.
- Build a crop and teaching calendar around classes, holidays, and summer care.
- Assign irrigation checks, pest control, cleaning, repairs, harvests, and routine care.
- Set an annual budget for seeds, growing media, water, power, parts, and program supplies.
- Keep records and training notes so new people can take over.
School Greenhouse Grants and Project Funding
A stronger grant proposal starts with a defined school project. Each funding program has its own eligibility requirements, schedule, and selection process.
Use the school and community garden grants guide to review outside funding options, and use the Grant Kit to organize the scope, budget, timeline, and narrative.
Before applying, confirm the learning plan, operating team, site, installation plan, and current project budget. When you are ready, we can provide current pricing, a project quote, and available standard product documents. The funder’s current rules control eligibility.
Plan a school greenhouse project
Bring what you know about how students will use the greenhouse, the group size you are planning for, and the site. You do not need every detail settled. We can help compare the 26-, 33-, and 42-foot models and organize what is needed for a quote.
