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Digital Agriculture
Welcome To Digital Agriculture
Where agriculture meets AI, data, and innovation
The Faculty of Agriculture at Jordan University of Science and Technology offers the region's first Bachelor of Science in Digital Agriculture. The program prepares students to use digital technologies, data science, artificial intelligence, smart irrigation, drones, IoT, GIS, and remote sensing to improve agricultural productivity, sustainability, and food security.
Digital Agriculture is designed for students who want to work at the intersection of agriculture, technology, data, and innovation. It connects agricultural science with practical digital tools that help farmers, companies, researchers, and public institutions make better decisions in a changing climate and a resource-constrained environment.
Years of Study
Four Years, including 8 semesters and one summer training
Credit Hours
136 Credit Hours
Awarding Degree
Bachelor of Science in Digital Agriculture
Awarding Department
Department of Natural Resources and the Environment, Faculty of Agriculture
Areas of Application
Precision Agriculture and Smart Farming
Students learn how to use GPS, GIS, drones, sensors, and variable-rate technologies to support site-specific crop and soil management, improve productivity, and reduce resource waste.
Smart Irrigation and Resource Management
The program develops student's ability to use IoT, sensors, data analytics, and automation to support water-efficient irrigation, soil monitoring, and sustainable management of natural resources.
Agricultural Data, AI, and Decision Support
Students gain skills in data collection, data analysis, machine learning, remote sensing, and visualization to transform agricultural data into practical recommendations for farms, agribusinesses, and decision-makers.
Why Choose the Digital Agriculture Program at JUST
First program of its kind in the region
The program positions JUST as a regional leader in digital agriculture by offering a specialized degree that responds to the rapid transformation of the agricultural sector.
Strong connection between agriculture and technology
Students study agriculture alongside data science, AI, IoT, drones, GIS, remote sensing, automation, and smart farming systems.
Practical learning and field exposure
The program includes labs, fieldwork, applied projects, summer training, and a graduation project focused on real agricultural challenges.
Relevant to Jordan?s needs and future jobs
The program responds to national priorities related to water scarcity, climate-smart agriculture, food security, digital transformation, and sustainable agricultural production.
Digital Agriculture and the Future of Jordan
Jordan faces pressing agricultural challenges, including water scarcity, climate variability, and the need to increase food production sustainably. Digital Agriculture provides practical tools to address these challenges through smarter irrigation, better data, advanced monitoring, and technology-driven decision-making. Through this program, JUST prepares graduates who can support the digital transformation of the agricultural sector, help farms and institutions adopt smart solutions, and contribute to a more sustainable and resilient agricultural future for Jordan and the region.
Your Pathway to a Future Without Limits
Graduates may work in agricultural companies, agritech startups, technology firms, government agencies, research centers, NGOs, consulting firms, and agribusiness organizations. Digital Agriculture Specialist, Precision Agriculture Consultant, Smart Farming Specialist, GIS and Remote Sensing Analyst, Agricultural Data Analyst, IoT and Smart Irrigation Specialist, Agri-tech Entrepreneur, Digital Extension Officer, and Researcher or Academic in digital agriculture and smart farming.
Frequently Asked Questions

It is the use of technologies such as AI, drones, sensors, GIS, and data analytics to improve farming efficiency, productivity, and sustainability.

Students interested in agriculture, technology, data science, environmental science, and smart farming systems.

You will learn GIS, remote sensing, IoT, drones, AI, data analytics, precision farming, and smart agricultural systems.

No. Basic programming and data skills are taught during the program.

Precision Agriculture, Smart Farming & IoT, AI and Data Analytics, Remote Sensing & GIS, Agricultural Automation, Digital Agribusiness

Yes. The program includes labs, fieldwork, drone use, GIS projects, and internships.

Precision Agriculture Specialist, GIS/Remote Sensing Analyst, Agricultural Data Scientist, Smart Farming Consultant, Agri-Tech Specialist

Agricultural companies, tech firms, government agencies, research centers, NGOs, and agribusiness organizations.

It helps increase food production, reduce costs, save water and inputs, and improve climate resilience.

Data analysis, GIS mapping, drone operation, AI applications, sensor technologies, and decision-making skills.

Yes. It is one of the fastest-growing areas in agriculture due to global demand for smart and sustainable food systems.