About
Georgian Technical University founded in 1922, is one of the biggest educational and scientific institutions in the South Caucasian region. It is a leading engineering higher educational institution and powerful scientific centre. Consisting of 13 faculties (covering Engineering, Technology, Agriculture, Humanities, Law, Business and Social Sciences), 71 departments, 127 educational scientific centres, 15 scientific-research institutes, GTU has 4 educational programs. 211 educational curricula are accredited at GTU.
Fair, healthy and environment-friendly food systems from primary production to consumption
1 Additional activities for the European partnership on accelerating farming systems transition - agroecology living labs and research infrastructures2 Additional activities for the European partnership on animal health and welfare3 Overcoming the barriers for scaling up circular water management in agriculture4 Enhancing plant protein production to bolster the resilience of agricultural systems and EU self-sufficiency in plant protein used as feed5 Developing innovative phytosanitary measures for plant health - focus on systems approach for pest risk management6 Improving grassland management in European livestock farming systems7 Fostering animal breeding and genetics for climate change adaptation and mitigation, improved robustness and resilience8 Exploring the potential of controlled environment agriculture (CEA)9 Strengthening the EU crop breeding research and innovation ecosystem for competitive, resilient, and sustainable agriculture
Biodiversity and ecosystem services
2 Strengthening the capacity of citizen science in biodiversity observation4 Large-scale in situ biodiversity observations for better understanding of biodiversity state, drivers of its decline and impacts of policies5 Assessing and modelling ecosystems’ dynamic processes to guide restoration activities and to improve models used for climate6 Assessing and modelling socio-economic impacts of nature restoration7 Integrated and coordinated approaches for coral reefs and associated ecosystems (mangroves and seagrass beds) conservation, restoration, and climate mitigation and adaptation8 Strengthening pathways to alternative socioeconomic models for continuous improvement of biodiversity9 Understanding the perceptions of and improving communication on the biodiversity crisis and nature restoration benefits to sustain citizen engagement and democratic governance10 Supporting the implementation of nature restoration measures for sustainable farming systems11 Living labs and lighthouses co-creating innovative solutions for forests and freshwater ecosystems restoration12 Breeding for resilience: enhancing multi-stress tolerance in crops