Aquatic Pathobiology MSc

The global demand for fish is soaring. In the UK alone, the aquaculture industry was worth around £1.4 billion in 2024. With demand on the rise, the market is set to expand even further over the next five years (2025-2030) (source: IBIS World).<br/>The need for aquaculture expertise is growing. Effective disease management is vital to the industrys prosperity.<br/>Our Aquatic Pathobiology Masters gives you a unique opportunity to study the prevention, diagnosis and treatment of aquatic animal diseases in cultured organisms.<br/>You’ll study at the Institute of Aquaculture, one of the top institutions in this field. Their facilities include:<br/>freshwater sites in Central Scotland;<br/>tropical and temperate freshwater recirculation systems on campus;<br/>marine facilities in the west of Scotland.<br/>The course combines practical work and field visits with class-based training. You’ll focus on aquatic disease diagnosis and health management challenges drawn from real industry situations. You’ll also develop an understanding of the biology, husbandry and environment of farmed aquatic species.<br/>Take a closer look at our Institute of Aquaculture facilities.<br/>Gain valuable insights on aquaculture field trips<br/>Throughout the MSc Aquatic Pathobiology course you’ll go on many field trips to locations such as:<br/>farms<br/>hatcheries<br/>processors<br/>feed companies<br/>equipment suppliers<br/>research laboratories<br/>Opportunities to carry out industry-based projects<br/>We work closely with the aquaculture industry in more than 20 countries, including every major company in Scotland. That gives many of our students an opportunity to carry out industry-based research projects. Past projects include:<br/><br/>Molecular drivers of antibiotic resistance in bacterial pathogens relevant to Vietnamese freshwater aquaculture<br/>Partner: Research Institute for Aquaculture 2 (RIA 2), Vietnam<br/>Fish Welfare in Vietnamese Market Live Holding Systems: A Health and Cost-Benefit Analysis<br/>Partners: Ton Duc Thang University, National Research Institute for Aquaculture 1, An Giang University, Vietnam University of Agriculture. <br/>Determining the effects of the semiochemical isophorone on salmon louse Lepeophtheirus salmonis secretory activity<br/>Partners: Moredun Research Institute, University of Glasgow, Roslin Institute<br/>Learn from aquaculture experts<br/>On this Masters in Aquatic Pathobiology you’ll be taught aquaculture professionals from Scotland and across the world. Past guest lecturers have been from commercial partners, non-governmental organisations (NGOs) and government agencies, including:<br/><br/>MOWI Scotland<br/>Benchmark Genetics<br/>INVE Aquaculture<br/>Patogen<br/>Marine Scotland