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Class-built sections to explore
A growing project library of
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Less water waste with IoT irrigation
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Pump, vents, fan & lights in the simulator
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Potential crop output improvement
Find what you need in seconds.
Jump into any part of our class site — each section was written and built by students.
Explore the full greenhouse journey.
From sensing the environment to automatic responses — walk through how our smart greenhouse works step by step.
Step 1
Sensors read the greenhouse
Temperature, soil moisture, light, and humidity update every few seconds — indoors and from live weather outside.
Inside 26°CSoil 62%Light 70%
Step 2
Auto rules choose what to do
When soil is dry, the pump runs. When it’s hot, vents and fans open. Lights fill in on cloudy days.
If soil < 35% → pump ON
If temp > 28.5°C → vents ON
Step 3
Actuators respond
Pump, vents, fan, and grow lights switch with cooldowns so nothing flaps on and off too fast.
PumpVentsFanLights
Step 4
Healthier plants, less waste
Steady climate and targeted watering mean less stress, better yields, and water saved in a hot Cyprus summer.
Open simulatorFrom inspiration to hands-on learning.
Everything on this site is meant to be explored — not just read.
Try the simulator
Change weather, flip auto mode, and watch pumps and vents react in real time — no hardware required.
Launch lab →Save your path
Use the menu to jump between About, Greenhouse, Plants, and our class project anytime.
See all topics →Ask the assistant
Stuck on a concept? Open the chat in the corner and ask about sensors, plants, or how we built it.
What we’re learning along the way.
“Seeing the simulator react when we change the weather made the automation rules finally click.”
“We used less water in tests because the pump only runs when soil moisture actually drops.”
“Cyprus summers are brutal — monitoring temperature and vents matters if you want plants to survive.”
“The micro:bit helped us show live readings to the class without opening the full simulator.”
Never run out of things to explore.
Start with the greenhouse tour, run a heatwave in the simulator, or browse how our class built it all.