Congratulations, you are watching this lecture.
So I suspect you have completed the project and you are wondering what's next.
That's exactly what I thought when I completed this project.
So I have a few ideas to suggest.
How about getting your project off the breadboard and on a beautiful PCB?
This will free up your Bridport for other projects and make a terrorism controller easy to move to a
dedicated sport.
It will also make it more reliable as there won't be any jumper wires to become loose or components
to fall off.
Another benefit of the PC is that you can now design an enclosure to protect it from water and soil
and to help finish and polish the project.
And also working on an enclosure right now and update the community.
Once it's ready, it can download the Gerba files or the Complete Kickout Project by clicking on the
link in this lecture.
Mixed, you can add or census.
In this slide, I list a few obvious ideas, things like soil temperature sensors, the radiation sensor
and a photoresistor are all straightforward.
If you are using a large open container as the water reservoir, it can consider using an ultrasonic
sensor as a way to measure the volume of the water held within the container.
This kind of sensor will not work well enough for closed containers, and that's why I didn't implement
it in this project.
How about adding a specialized growth light to help your plant grow faster?
You can combine this with a light sensor and modify the note read flow so that the amount of light that
the plant gets is measured and controlled to optimize growth without stressing the plant.
There are many other cloud based Iot services that you can consider you've already implemented the function
based on if this and that, but you can also consider services such as Tullio for any kind of functionality
that involves phones.
And DeWit don't io so that your terrarium can tweet.
Another interesting possibility is this one here, if you have completed my other course titled Raspberry
Pi, make a workbench automation computer, then you probably already have a Raspberry Pi connected
to a TFT touch screen.
And you know how to use Python to implement an application with a graphical user interface.
It can take your workbench automation computer a step further and interface it with your notepad flow
via the entity Breuker.
Remember that the Broca is already receiving information about the state of the pump and the sensors.
It can simply subscribe your workbench automation computer python script to the existing topics and
display all this information in its graphical user interface.
Although you already have the note read dashboard, the Python application gives you an alternative
way to control your terrarium and get status information in one glance.
Another thing is a option to dig into hydroponics and are openings.
Perhaps you are interested in the science and you want to look further into how to practice modern agriculture.
In those ways, I find methods like hydroponics and our opponents very interesting for geeks like me
because they present an excellent application of technology in a real human problem that is food production.
Consider global challenges in the context of energy, global warming, waste management and overpopulation.
Modern agricultural science gives us many of the tools we need to rise to these challenges.
You can learn from the science and use your knowledge of engineering to create efficient plant incubating
and growing devices.
I hope that these few ideas have sparked your imagination, and I remind you that you are always welcome
to discuss your ideas and potential next steps in the course of discussion.
Space on the exploration community.
For now, farewell and happy making.