50 garden projects

Real time plant monitoring system to view temperature, light exposure and moisture.

Use Arduino to run a spectacular Christmas light show. (Both in English and Spanish, en Ingles y Español.)

An automated, smart, self-contained growing system that cultivates plants from seed to maturity!

An other double plant watering version, now with more autonomy and less power consumption.

Water your garden with up to three sprinklers directly from your water tap.

Never forget to water your plants or turn off your grow lights. Never over or under water plants with water pump control and drip system.

The hydroMazing system manages your growing environment by making localized data-driven decisions so that you don't have to worry.

Replacing the old and expensive mechanical system with the much reliable and cheap electrical system using Arduino!

Automating a chicken coop with sensors and actors, using an Arduino MKR1000 and the Blynk internet dashboard.

Keep outdoor plants growing when it gets hot and dry without wasting water or your time.

A smart system that can help anyone compost. The system aerates and hydrates your compost, and lets you know when you need to take action.

Automatic plant growth model.

Intelligently irrigate your yard or garden with dynamic water cycles, rain detection, sunrise detection, and when it's warm enough.

Here is how to use the YL-39 + YL-69 soil humidity sensor with any Arduino.

Low-cost outdoor lights with DMX control.

This GrowBox Controller handles temperature, humidity, fan and lights, and configuration is made via web server. CSV logs and remote cloud!

A system that warns for unexpected rains to help out your garden. The system displays real time values on mobile.

Develop a strong magnetic stirrer for the price of an entry level magnetic stirrer.

Sprout is a Modern Indoor Planter which automatically waters your plants, herbs, vegetables, etc and will revolutionize your gardening game.

It measures the distance between you and the place where you point it to. Hope you'll enjoy it!

This project will calculate the water content of soil around a plant by measuring the dielectric constant.