The future of farming is digital — and education must catch up. From GPS-guided tractors to AI-driven crop monitoring, agriculture is undergoing a quiet revolution powered by data and connectivity. But behind every smart system is a person who needs to know how to use it.
Digital skills are now essential for the next generation of agricultural professionals. These go far beyond basic computer literacy. They include the ability to collect, analyse and act on data; navigate digital platforms; work in virtual teams; understand cloud-based tools; and apply geospatial information in precision farming.
Technologies such as drones, smart sensors, decision-support software and robotics are no longer futuristic concepts — they are increasingly present on today’s farms. However, without proper digital training, these tools risk being underused or misapplied. Bridging the gap between innovation and implementation starts with equipping people with the right knowledge.
Digitalisation is also transforming the learning environment itself. Agricultural education is evolving from traditional lectures and textbooks to Virtual Learning Environments (VLEs), interactive simulations, remote labs and blended learning experiences. These tools not only make learning more flexible and inclusive but also more relevant to the real-world challenges that future professionals will face.
Empowering the Agricultural Workforce of Tomorrow
The need for digitally skilled professionals is growing. According to the European Commission, over 90% of jobs in all sectors will soon require some level of digital competence. This includes jobs in the agri-food sector — from farm technicians and advisors to researchers and policy-makers.
Moreover, the EU Digital Education Action Plan (2021–2027) specifically highlights agriculture as a sector where digital transformation can unlock new value — but only if education systems rise to the challenge. Digital upskilling isn’t just about technical capabilities; it’s about ensuring competitiveness, sustainability, and inclusion in rural economies.
ReGrow: Turning Digital Competence into Practical Impact
ReGrow addresses these needs head-on. Through the creation of a Joint MSc in Precision Agriculture, the project is embedding digital fluency across all levels of learning. Students will work with:
- Virtual Learning Environments tailored to agricultural contexts
- ReGrow Labs, where they can gain hands-on experience with smart tools and digital systems
This multi-layered approach ensures that graduates aren’t just familiar with digital tools — they’re confident in using them to solve complex challenges.
By supporting both students and teachers in developing digital confidence, ReGrow contributes to a broader vision of digitally enabled, environmentally sustainable agriculture. One where innovation is accessible, scalable and responsive to regional needs.