Description

Urbanic Agriculture Project
Cooperation with the company Netafim.

Project in the field of full-stack

IoT in agriculture: For real-time farm monitoring IoT in agriculture uses drones, remote sensors, and computer imaging combined with continuously progressing machine learning and analytical tools for monitoring crops, surveying, and mapping the fields, and providing data to farmers for rational farm management plans to save both time and. Money.

Project Brief Description:
Smart Farming is sensor-based crop growing IoT application system. sensors can be used for precise assessment of temperature, moisture, soil status, and crop types in a specified area]. Therefore, data can be analyzed by the IoT for planned increment in agricultural and crop yields.  integrated with Smart Campus Environment being realized in HIT. Smart Urban Farming system includes three major Smart Agriculture functionalities: Hydroponic Water management system, LoRaWAN connectivity environment, Sensor based AI system for maintaining optimal climatic indicators. 

Duration of the project
Two-semester project
Applications of the Solution: 
Smart Urban Agro Solution gives students opportunity to work with finalized industrial project covering multi layer environment and knowledge including Web, LoRaWAN advanced connectivity solution, AI, data sensing to implement real Smart Farming application. Definitely the project will require integration of the mentioned above layers under supervision of the experienced industry professionals.
The Solution development primary goals include:
✔	Studying of the Smart Campus multi layer environment, 
✔	Combination of Electronics Engineering and Software Development within the project
✔	Creating of the MVP working Smart Farming Solution within the frame of the Smart Campus environment
✔	To create basis for further cooperative projects between HIT and industrial companies

Time Frame: The project is going to be implemented over two semesters and include the following stages
	Define project specifications and Characterization document development
Studying Engineering Equipment (Sensors, EduPonics controller, Irrigation system, etc) & SW development tools
	Background Solution Development
	Engineering Equipment installation, LoRaWAN, Sensors integration & its testing
	DBase development (PostgreSQL)
	AI solution development for Data sensing and processing
	System integration, its testing, gathering feedback, making adjustments, and continuous improvement
	Preparing project deliverables: project presentation, poster, documentation, and project book

Technologies Used Within the Project:
-	SATEC Sensors
-	EduPonics controller, Hydroponics 
-	LoRaWAN 
-	PostgreSQL
-	Python, Pandas
-	MQTT Broker
-	And more …   

For any questions about the project, I will be available by phone:
050-5714100
Regards,
Mark Israel
markisr@walla.co.il, marki@hit.ac.il 



https://www.youtube.com/watch?v=SRK-Nft4IqM - Youtube
https://docs.steminds.com/products/eduponics_mini_extension_board/ - Equipment structure
IOT Smart Farming

IOT & Smart Farming

Description

Emphasis in project execution

The project is has cooperation with the industry and combines meeting deadlines while being creative and focused on the task

THE PROJECT IS AT FULL CAPACITY
