MSc Horticulture  MSc Horticulture University of Reading ../webroot/files/Institutions/cover_photo/1567490485University-of-Reading-1.jpg

This programme provides advanced instruction in Horticulture, as preparation for a career in the horticultural industry or in research. Horticulture is a rapidly changing and evolving industry, requiring students to be aware of possible future developments. All Reading staff have extensive expertise in their areas of research, with interests ranging from plant physiology, crop production and crop protection to molecular biology. Throughout the course you will be exposed to the horticultural industry through a series of visits to research and commercial establishments and through a week-long residential course. Programme Structure Nine compulsory taught modules underpin the course and make up 100 out of a total 180 credits. These modules are:- ? Horticultural Crop Production ? Horticultural Crop Technology ? Pests and Diseases of Horticultural Crops ? Organic and Sustainable Horticulture ? Principles of Horticulture and Seminar Series ? Quantitative Methods for the Life Sciences ? Controlled Environment Technology ? Research and Professional Skills ? Field Course Optional modules accounting for a further 20 credits are chosen allowing you to specialise in areas that particularly interest you. Options offered include:- ? Plants and Climate ? Living Landscapes ? Agriculture in the Tropics ? Climate Change and Food Systems ? Nematology ? Principles and Practices of Biological Control Teaching throughout is delivered via a combination of lectures, small group seminars and practicals. Assessment is via a combination of continuous assessment, in the form of essays, oral presentations and practical write-ups, as well as formal examinations held at the beginning of the Summer term. The research project (which accounts for the remaining 60 credits) is an important component of the Programme, allowing you to obtain hands-on experience in a particular research field. This is carried out between early May and mid September. Previous projects have ranged from optimising production techniques of greenhouse crops to examining the thermal insulation properties of plants for buildings. We have a range of excellent facilities to support such project work including experimental grounds, glasshouses with temperature and day-length facilities as well as different types of polytunnels and growth cabinets.