ENGINO Robotic Greenhouse
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Stage 1: Constructing the Greenhouse.
Step-by-step building instructions to build a functionable model of a greenhouse utilizing the versatile Engino toy system.
The system is made of rods of different size and shapes that allow connection in 3 dimensions and at any possible angle. Movable parts such as windows and doors can easily be constructed and finely function with the use of simple mechanical parts such as pulleys and gears. -
Stage 2: Design of parts.
To automatize the operation of the greenhouse additional parts are needed to serve as casing to our electronic devices. In addition, we can also design a water tank and a watering pipeline system.
All these can be designed in a CAD software like the Autodesk and arrange the plate for sending to a 3D printer. -
Stage 3: 3D-Printing of extra parts.
The 3D printing machine is crafting the extra components to enhance the functionality of our greenhouse. All extra parts are assembled into a common plate which will be ready after a few hours of operation. -
Stage 4: Separating and trimming the parts.
A last preparation before using the parts is to separate them from the common plate. It is also important to trim and clean their surface for optimal functionality. -
Stage 5: Casing the electronics.
Now that our 3D-printed parts are ready we can connect them to our electronic devices. Electronics which are used are: fan, servo motors, humidifier, water pump, LEDs, moister sensors, temperature sensor and heating element. -
Stage 6: Automatizing the Greenhouse
The model of greenhouse can be transformed into a robotic construction. This can be achieved with the innovative PRODUINO controller that incorporates the Arduino circuits and a breadboard to allow DIY electronics.
The special app is developed to operate on smart devices and offers the ability to manually control the greenhouse. For example, through a tablet you can remotely command the windows to open for ventilation, water your plants, turn the fan or the heater on. In additional you can develop your own code in C/C++ languge to automatize the functions and control the conditions inside the greenhouse. -
Step 7: Planting and watering
Become a true gardener by planting seeds of a different kind. Pots for planting, a syringe and a tubing are included in the Engino Greenhouse set to allow precise watering of your freshly planted seeds. -
Stage 8: Monitor the plants growth and experimentation
Are you interested in plant biology? Monitor the growth of your plants and turn your greenhouse model into a botanic laboratory. Follow the experimental activities, take measurements while your plants grow and collected useful data.
In addition, the theoretical section of the booklet is full of useful information, facts and real-life examples. You can also test your acquired knowledge by taking the quiz. -
Stage 9: A time-lapse of plant growth.
This 3-day time-lapse video demonstrates a phase-by-phase growth of the plants, showing how they can blossom and grow in height under the controlled conditions inside the greenhouse.