Master in Industrial nanobiotechnologies for pharmaceuticals

Tuition fees are 2,470 EUR per year.

Industrial nanobiotechnologies for pharmaceuticals is a master's program taught in English at Università degli Studi di Pavia, in Pavia, Italy, running for two years. The field combines nanotechnology, biotechnology and pharmaceutical science to study how materials and processes at the nanoscale can be applied to the development, production and delivery of medicines. Students typically study the properties of nanomaterials, including nanoparticles and nanostructured systems, and how these can be engineered to improve drug solubility, targeting and controlled release within the body. Coursework often covers pharmaceutical technology, biotechnology techniques, formulation science and the regulatory and quality control processes involved in bringing pharmaceutical products from research to industrial production. Because the field sits at the interface of chemistry, biology, engineering and medicine, students generally gain exposure to laboratory methods used to characterize nanomaterials and to evaluate their behavior in biological systems, alongside an understanding of how pharmaceutical manufacturing scales from laboratory research to industrial processes. Topics such as drug delivery systems, biosensors and diagnostic technologies are commonly part of the curriculum, reflecting the broad application of nanobiotechnology across therapeutic and diagnostic areas. Graduates of programs in this field commonly pursue careers in pharmaceutical and biotechnology companies, working in research and development, formulation, quality control or regulatory affairs. Others move into roles in medical device and diagnostics companies, where nanotechnology increasingly informs new products, or continue into doctoral research exploring novel drug delivery systems or nanomedicine applications. Studying this field in English at an Italian university situates the training within the country's pharmaceutical and biotechnology industry, preparing graduates for technical and research roles that combine scientific depth with industrial application across the pharmaceutical sector.