Tezislər / Theses

SMART GREENHOUSE 
Bahruz Huseynov, Ruhan Budagli, Khayal Musazade 
Baku Higher Oil School
Baku, Azerbaijan 
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Supervisor: Ph.D Associate Professor Kamala Pashayeva
Keywords:
Humidity, Soil Moisture, Temperature sensors. Irrigation, IoT (Internet of 
Things), Web Technologies, Mini Model, Control systems. 
Nowadays, there are many researches done related to the smart 
greenhouses. That is why it plays a crucial role in the development 
procedure of the agriculture. As it is understood and we are students, 
it is not possible to prepare any greenhouse due to the much money 
requirement on the devices, sensors and so on. So, we are generally 
planning to build mini model of the project and apply our logic on it and 
the main purpose of the project is about adjusting the quality of the 
product or plant by automatically and manually. 
Turning to mention the working principle of the project, initially the 
sensors should be located in the mini smart greenhouse model in order 
to get information about temperature, humidity and soil moisture. 
Additionally, the environmental conditions should be taken into 
account to make sensors work properly. Then data transmission to 
manage the system switches is made between sensors and electrical 

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circuit that we will make for the purpose of controlling the mini-irrigation 
system. Furthermore, some additional things and knowledge, 
including web site, clouding, can be needy to make a remote-
controlled system, on the other side we are specifically planning to 
create automatic control of the switches in the irrigation system and 
sensors for the protection goal. All key points is the data transfer 
between the project and controller, after it is done the controller can 
get the result and can give appropriate tasks to the system to do.
Of course, to handle all challenges related to the project is really 
tough to deal with, however based on the researches we did and we 
will make, the problems such as impact of the environment to the smart 
greenhouse temperature, creation of additional humidity and so on, 
can be significantly reduced. Moreover, one of the issues is the usage 
of the large disciplines in the smart greenhouse. For example, biology, 
chemistry and a little bit knowledge of technologies are key points for 
the engagement of the project. 
To sum up, some projects abroad have been constructed to 
enhance the idea about the smart greenhouses, however we think that 
our opinion can improve the previous approaches and applications to 
get the precise answer, low-cost efficiency, time saving, simplified 
cable and wiring connections. 
References 
[1] M. Q. J. D. Cheng Y, “'Smart' Greenhouses and pluridisciplinary spaces: supporting 
adolescents' engagement and self-efficacy in computation across disciplines,” in 
Disciplinary and Interdisciplinary Science Education Research , 2021-2022.
[2] H. F. A. Khaldun Arif, “Design and Implementation a Smart Greenhouse,” in International 
Journal of Computer Science and Mobile Computing, Dhi-Qar, 2015.