Overview
This is an exciting opportunity for candidates interested in pursuing a fully funded PhD studentship within the UKRI AI CDT SUSTAIN program. The project, hosted at the University of Aberdeen in collaboration with the University of Lincoln, focuses on integrating advanced technologies for climate-adaptive vineyard management in the UK.
Background & Relevance
The intersection of artificial intelligence, robotics, and agriculture is becoming increasingly vital as climate change poses challenges to traditional farming practices. This PhD project aims to leverage airborne and ground-based drones, AI-driven canopy modeling, and digital twin technology to enhance vineyard management. By developing a real-time decision-support framework, the project seeks to improve sustainability and productivity in viticulture, making it a significant contribution to the field of precision agriculture.
Key Details
- Application Deadline: Friday, 17 October 2025, 12:00 (BST)
- Programme Start: October 2026
- Location: University of Aberdeen and University of Lincoln
- Project Link: Project A2230
- Application Instructions: How to Apply
- Funding Package Includes:
- All PhD tuition fees covered (Home & International)
- UKRI tax-free stipend at standard rate
- £3,000/year for travel, training, and consumables (up to £12k)
- Access to cutting-edge facilities and fieldwork in UK vineyards
- Comprehensive training in relevant fields
Eligibility & Participation
This opportunity is open to motivated candidates with a strong interest in AI, machine learning, robotics, digital twins, precision agriculture, and climate-smart agri-robotics. Candidates are encouraged to apply if they meet the qualifications and are passionate about contributing to sustainable agricultural practices.
Submission or Application Guidelines
- Review the project details on the provided link.
- Prepare your application materials as outlined in the application instructions.
- Submit your application by the deadline of 17 October 2025.
Additional Context / Real-World Relevance
As the agricultural sector faces increasing pressure from climate change, innovative solutions that incorporate AI and robotics are essential. This PhD project not only addresses these challenges but also contributes to the broader goals of sustainability and resilience in food production systems. The integration of technology in agriculture is crucial for developing effective strategies to adapt to changing environmental conditions.
Conclusion
This fully funded PhD studentship presents a unique chance for aspiring researchers to engage in cutting-edge work at the intersection of AI, robotics, and agriculture. Interested candidates are encouraged to explore this opportunity further and submit their applications to contribute to the future of sustainable viticulture.
Category: PhD & Postdoc Positions
Tags: ai, robotics, precision agriculture, digital twins, climate-smart agri-robotics, ukri, sustain, drone technology, vineyard management
