University of Siena

What you'll study

This bachelor programme combines core engineering principles with molecular biology, physiology and applied biotechnology. Early years concentrate on mathematics, physics, chemistry and fundamentals of cell and molecular biology to build quantitative and laboratory skills. Subsequent years introduce biomedical instrumentation, biomaterials, bioinformatics, bioprocess engineering and regulatory aspects of medical devices and pharmaceuticals. Practical components include laboratory classes in molecular techniques, instrumentation labs, computer programming for data analysis, and project work that culminates in an individual or small-team final project.

• Core modules: calculus and linear algebra; classical and modern physics; general and organic chemistry; cell biology and biochemistry.
• Engineering foundations: mechanics and materials, electrical circuits, signal processing, control systems, microfabrication and sensors.
• Biotechnology and health: molecular biotechnology, immunotechnology, pharmacology basics, tissue engineering and biomaterials.
• Data and computational skills: programming for engineers, statistics, bioinformatics and modelling of biological systems.
• Laboratory and design: wet-lab techniques, analytical methods, medical device design, prototyping and validation; internships and clinical technology placement opportunities.
• Regulation and ethics: quality systems, regulatory frameworks for medical devices and biotech products, research ethics and translational routes to market.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in mathematics, physics and chemistry. Admissions normally consider school grades and a candidate's background in scientific subjects; applicants may be required to demonstrate competence through an admissions test or interview, depending on the route of entry. Proficiency in the language of instruction is required — programmes taught in Italian will expect Italian language competence, while any taught-in-English options will require an approved English qualification. International applicants should check specific credential and visa guidance provided by the University of Siena.

Career prospects

Graduates are prepared for technical and applied roles across healthcare and biotech sectors. Typical entry-level positions include biomedical/clinical engineering technician, laboratory technologist in biotechnology and diagnostics, junior process engineer in biomanufacturing, regulatory affairs associate, and data analyst for biomedical data. The degree also provides a foundation for postgraduate study — Master’s degrees in biomedical engineering, biotechnology, bioinformatics or clinical engineering are common routes for career advancement, leading to roles in research & development, medical device design, hospital clinical engineering departments, quality assurance and product management in industry, or entrepreneurship in medtech startups.

Why study at University of Siena

The University of Siena combines a historic academic tradition with modern research facilities and collaborations with local hospitals, research centres and regional biotech companies. Students benefit from hands-on laboratory teaching, interdisciplinary projects that link engineering and life sciences, and access to clinical learning environments through partnerships with medical departments. The city of Siena offers a focused student experience with opportunities for regional internships and practical placements, while the university’s research groups provide pathways for students interested in moving into research-based careers or advanced study.