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We have 8 Masters Degrees (Ruminant Nutrition)
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Dare to discover - HUJI Digital Open Days Join our next Digital Open Days for graduate and post-graduate programs, and discover how we combine excellence with a rich student life. Read more
The course is designed to equip practitioners with the higher level skills and knowledge to apply recent developments in nutritional science, technology and legislation to support sustainable expansion and intensification of ruminant production systems and meet consumer demands for ruminant products both within the UK and globally. Read more
Equip yourself with the knowledge and skills to help agriculture meet the challenges of the 21st century! This Sustainable and Efficient Food Production postgraduate course centres on increasing efficiency and reducing environmental impact within the extensive pasture-based production sector. Read more
The aim of this Professional Doctorate programme is to produce a qualification which, whilst being equivalent in status and challenge to a PhD, is more appropriate for those pursuing professional rather than academic careers. Read more
An MRes is a Masters programme with more research than taught elements, a ‘Research Masters’. If you undertake the MRes in Agriculture you will need to successfully complete any two modules from the MSc Sustainable and Efficient Food Production and the Research Methods module. Read more
You'll study farm, companion and zoo animal nutrition and the international animal feed industry. You'll learn about the latest developments in animal nutrition and consider the ethical implications associated with these trends. Read more
MRes degrees can be studied as a stepping stone to doctoral level study or as a standalone qualification for those interested in research careers in industry. Read more
We have an international reputation for work in the areas of animal reproduction, development and production. Our research in the area of animal production covers major livestock species, with focuses on the biological basis of feed efficiency and sustainability in ruminant and non-ruminant systems. Read more