The Department of Electrical and Computer Engineering at the University of Thessaly is pioneering modern robotics technologies with a strong focus on environmental protection.
The University of Thessaly is at the forefront of agricultural innovation, developing next-generation solutions for smart farming and climate change adaptation. Through its Department of Electrical and Computer Engineering, the university is integrating IoT, Artificial Intelligence (AI), Virtual Reality (VR), 5G networks, and robotics to reshape the future of agriculture.
This initiative—led by Professor Athanasios Korakis—will be presented at this year’s Thessaloniki International Fair (6-14 September 2025) highlighting how advanced agritech can transform both productivity and sustainability in farming.
“This year, the University of Thessaly makes a strong appearance at the Thessaloniki International Fair with five pavilions full of innovation, research, and creativity. We want people to see up close what it means to be a modern, open, and outward-looking university: from cutting-edge technologies and research achievements to initiatives that transform everyday life in local communities. TIF is our main stage to showcase that the University of Thessaly is here—with proposals, solutions, and a vision for the future,” said Professor Chrysi Laspidou, Vice Rector for Innovation, Internationalization, Partnerships, and Digital Governance.

Smart Crop Monitoring with IoT, AI and 5G
The first pillar of the project introduces a digital platform for precision agriculture and resource management. A nationwide IoT (Internet of Things) network of hundreds of connected devices collects and transmits real-time agricultural data across Greece—from the southern region of Laconia to the northernmost area of Nevrokopi.
By combining IoT, AI, 5G and cloud computing, the platform provides farmers and agronomists with valuable insights into soil quality, crop health, water usage, and environmental conditions. These tools support sustainable farming practices, improve crop yields, and help producers adapt to climate change challenges.
At TIF, visitors will interact with an agritech dashboard displaying live data and IoT node locations, as well as explore innovative devices such as weather stations, smart insect traps, and fruit-ripening monitoring systems.
Additionally, web and mobile applications will be presented, offering real-time advice and guidance to farmers, agronomists, industry professionals, and environmental agencies.
Autonomous Robotics for Precision Weed Control
The second pillar focuses on robotics in agriculture, showcasing autonomous vehicles for precision weed management.
Equipped with 5G connectivity, AI-powered image recognition, and robotic arms, these vehicles navigate farmland independently, identifying weeds and applying targeted pesticide spraying only where needed. This method drastically reduces chemical use, safeguards crops, and lowers both environmental and economic costs—using minimal amounts of pesticides..
At the Fair, a prototype robotic vehicle was demonstrated. Visitors will use VR headsets to view live video streams from the vehicle’s camera, remotely guide it, and simulate precision spraying in real time. This innovation highlights how robotic farming solutions can enhance efficiency while protecting workers and ecosystems.
Virtual Reality Training for Farmers and Students
The third pillar emphasizes digital education in agriculture. Using VR and cloud-based tools, the University of Thessaly has designed an interactive platform for hands-on training in sustainable farming practices.
High school students, agricultural students, and professionals can experiment with different scenarios—adjusting variables such as soil type, water quality, and weather conditions—to see how they affect crop growth.
At TIF, visitors tested the VR system, to make farming decisions, and instantly visualize the impact on virtual farmlands. This immersive training tool is designed to promote knowledge transfer, innovation, and sustainable agriculture for future generations.
Professor Athanasios Korakis on the Project
Speaking to the Athens-Macedonian News Agency, Professor Korakis emphasized:
“The solutions developed by our Department, integrating Robotics, IoT, AI, VR, and 5G, are driven by real market needs and aim to solve everyday problems or take advantage of emerging opportunities in agriculture and beyond.”
He added:
“That is why these solutions are offered as services or products to stakeholders across the agricultural value chain, enhancing productivity and quality. In the long term, all these applications aim to protect the environment and help agriculture adapt to climate change—ensuring the sustainability of crops, rural areas, and local communities as a whole.”
I.L. with information from Athens-Macedonian News Agency and the University of Thessaly.
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TAGS: AGRICULTURE | RESEARCH