“We provide a wide range of research and training that could potentially be adapted to help Ukrainian dairy farmers,” said Fullerton. “We welcome the opportunity to work with them.”
He guided Korylkevych and a small group of Ukrainians on a tour of the campus. Fullerton was assisted by Dr. Atul Nayyar, Senior Development Partner at OCCI and the Smart Farm, which is a high-tech, living laboratory for crop, livestock and agricultural equipment research totaling over 3,000 acres.
The start of full-scale war with Russia in 2022 forced the Family Dairy Farms project to halt its expansion to the eastern regions of Ukraine, said Korylkevych. The project’s team instead proposed a new strategy – to focus on strengthening family farms in the western part of the country where no active fighting is taking place, he said.
A professional veterinary centre was also created, and a mini-cheese factory business model was launched, allowing Ukrainian farmers to generate more profit from every litre of milk.
Korylkevych said a feed centre was also established to help meet farmers’ need for quality feed because feed accounts for up to 60 per cent of the cost of milk production. “It is a significant problem for dairy farmers in Ukraine,” he said following the tour.
“If you understand how to do this in a better way, that’s interesting to me. We’re currently preparing to sign a memorandum of cooperation with Olds College and are open to various forms of collaboration. Ukrainian small farmers work hard every day, doing a lot of manual labour, and we do our best to support them in every way that we can.”
Korylkevych watched as researchers explained cutting-edge equipment that tests livestock as part of studies to promote feed efficiency. The Vytelle SENSE system, formerly GrowSafe, monitors individual animal feed intake and body weight to assess Residual Feed Intake, a key measure of feed efficiency, said Dr. Yaogeng Lei, Research Scientist at the College’s Technology Access Centre for Livestock Production (TACLP).
Radio Frequency Identification (RFID) tag readers at each bunk identify individual animals, linking their feed consumption to their unique ID. An in-pen weighing system allows for daily weight measurements.
“Our work here primarily focuses on three areas: improving production efficiency, animal health and welfare, and environmental sustainability,” explained Dr. Desiree Gellatly, Senior Research Scientist at TACLP. “We conduct studies with producers in these areas, or we collaborate with companies to test new technologies they’re developing.”
Canada provided $19.7 million to the Société de coopération pour le développement international (SOCODEVI) in 2015 to bolster small and medium-sized dairy businesses in Ukraine, with a special emphasis on those led by women.
It aimed to assist 10,000 dairy farmers in four key dairy producing regions in Ukraine by helping them establish cooperatives based on Canadian best practices. Its goal was to boost producer incomes by enhancing milk quality and quantity.
The project also sought to create 270 new family dairy farms, along with supporting 50 businesses within the dairy sector. An additional $20 million was announced in 2025 for a seven-year project in Ukraine.
It will boost the income of rural women and address food production deficits by providing training, mentorship, equipment and financial assistance to small-scale rural entrepreneurs. It seeks to improve farming techniques for women farmers, enhance the effectiveness of the cooperative movement, and increase women’s participation in higher-value agriculture and decision-making.
Nayyar said Olds College has helped producers since 1911, when it started as a provincially funded demonstration farm that assisted pioneer settlers. “We have more than a century of experience in research and training that could help Ukraine’s farmers, as well as producers in Canada and around the world.”