University of Milan

What you'll study

This three-year undergraduate degree combines fundamental chemistry subjects with applied topics relevant to industrial contexts. Core modules typically include general and inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry, and instrumental methods. Applied and industrial-focused subjects cover chemical technology and engineering principles, polymer and materials chemistry, process chemistry, formulation science, industrial catalysis, quality control and standardisation, and environmental chemistry and waste management.

Teaching is delivered through lectures, seminars and extensive laboratory practicals that develop manipulation, synthesis, analysis and instrumentation skills (e.g. spectroscopic and chromatographic techniques). Students also study mathematics and physics as supporting subjects and take modules in chemical safety, regulatory aspects and laboratory management. The programme usually includes computer-based classes for data handling and modelling, and a period of project work or internship with an industrial partner or research laboratory, culminating in a final degree project that demonstrates both theoretical understanding and practical competence.

Entry requirements

Applicants should hold a recognised secondary school diploma with a strong background in chemistry and mathematics. As the programme is taught in Italian, evidence of proficiency in Italian is required for applicants whose previous education was not in Italian; some knowledge of English is also useful for reading scientific literature. Admission may involve an assessment of prior study to verify preparedness for university-level chemistry and, where necessary, the completion of any required co-requisite or remedial modules before progressing to more advanced courses.

Career prospects

Graduates are prepared for technical and professional roles across chemical, pharmaceutical, polymer, materials, cosmetics, food and environmental sectors. Typical entry-level positions include laboratory analyst, quality control technician, production technologist, process operator, formulation technician and regulatory affairs assistant. The degree also provides a pathway to research and development posts or to advanced study — many graduates continue to master’s programmes in industrial chemistry, chemical engineering, materials science or related specialisations, which broaden prospects for senior scientific, managerial or academic careers.

Why study at University of Milan

The University of Milan offers a long-established chemistry faculty with well-equipped teaching and research laboratories and links to a vibrant industrial region. Students benefit from collaboration opportunities with local chemical and pharmaceutical companies, access to practical training and internships, and a multidisciplinary academic environment that connects chemistry with materials science, biotechnology and engineering. The programme emphasises hands-on laboratory experience, contemporary instrumentation and exposure to real-world industrial problems, helping graduates transition effectively from study to professional roles or further specialised study.