This Learning Object is part of the Greek Master degree in “Digital Technologies and Smart Infrastructures in Agriculture” and its objective is the specialization in the scientific domain of smart technologies and infrastructures across the agri-food supply chain and the protection of the environment
For more information about the programme click here
Module details
Participants will be able to apply data-driven methods and technologies to optimize resource use and improve agricultural sustainability
Proposer: Agricultural University of Athens
Module designer: Department of Natural Resources Development and Agricultural Engineering
Organization: Agricultural University of Athens
Duration: 8h
ECTS: 12
Tools required:
Computer with network
Shortcut access code: No
Year of pubblication: 2026
Topics
Tags: fertilization, irrigation, precision agriculture, remote sensing, smart farming
Subject areas: Sensing
Delivery methods: E-Learning Asynchronous
Teaching methods: Lectures
Learning objectives
- Introduce precision agriculture techniques for efficient management of inputs such as water, fertilizers, and pesticides
-
Fundamental technologies for precision agriculture
Core technologies in precision agriculture
Description: Introduces the main technologies supporting precision agriculture, including sensors, automation, and data analyticsDuration: 1hTeacher: Fountas SpyridonDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network
-
Key technologies for remote sensing
Remote sensing tools in agriculture
Description: Presents technologies used for remote sensing, enabling large-scale monitoring of crops and environmental conditionsDuration: 1hTeacher: Fountas SpyridonDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Precision agriculture yield mapping
Mapping and analysis of crop yield
Description: Focus on yield mapping techniques, helping farmers analyze spatial variability and improve productivityDuration: 1hTeacher: Fountas SpyridonDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Precision irrigation technologies and practices
Presents efficient irrigation techniques
Description: Explores technologies and practices for optimizing irrigation, reducing water use while maintaining crop healthDuration: 1hTeacher: Loukatos DimitriosDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Precision spraying equipment and practices
Presents targeted spraying techniques
Description: Presents equipment and methods for precise application of agrochemicals, improving efficiency and reducing environmental impactDuration: 1hTeacher: Fountas SpyridonDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Precision harvesting
Technologies for optimized harvesting
Description: Examines harvesting technologies that improve efficiency and reduce losses through precision techniquesDuration: 1hTeacher: Fountas SpyridonDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Precision techniques for livestock farming
Application of precision methods in livestock
Description: Focus on monitoring and managing livestock using precision technologies to improve productivity and animal welfareDuration: 1hTeacher: Bartzanas ThomasDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network -
Practical applications for precision agriculture
Real-world use cases of precision agriculture
Description: Presents practical implementations of precision agriculture technologies, demonstrating their benefits in real farming scenariosDuration: 1hTeacher: Loukatos DimitriosDelivery method: E-Learning AsynchronousTeaching method: LecturesRequired tools: Computer with network