University of Turin

What you'll study

The programme combines core chemical sciences with applied pharmaceutical topics and practical laboratory experience. Early study typically emphasises general, organic and physical chemistry, basic biology and mathematics to build the scientific foundation. Progressing years introduce specialised subjects such as medicinal and pharmaceutical chemistry, pharmaceutics and pharmaceutical technology, analytical and instrumental methods for drug analysis, biochemistry, microbiology applied to pharmaceutical products, and quality assurance.

• Core chemistry modules: general, organic, inorganic and physical chemistry, with integrated laboratory classes.
• Pharmaceutical subjects: pharmaceutical chemistry, medicinal chemistry, pharmaceutics and formulation science, pharmaceutical technology and biopharmaceutics.
• Analytical and instrumental methods: chromatography, spectroscopy, dissolution testing, method validation and quality control laboratories.
• Biological and safety topics: basic pharmacology, microbiology for pharmaceuticals, laboratory biosafety and good laboratory/ manufacturing practices (GLP/GMP fundamentals).
• Professional and transferable skills: regulatory affairs basics, pharmaceutical legislation overview, scientific communication, data analysis and laboratory record keeping.
• Practical training and project work: extended laboratory sessions, internships with industrial or hospital laboratories, and a final bachelor project or dissertation that integrates experimental work and literature analysis.

Entry requirements

Applicants are normally required to hold a secondary school leaving qualification that gives access to university studies in Italy or an equivalent international diploma. A strong background in chemistry, mathematics and basic biology is expected. Selection may include assessment of previous academic record and, in some cases, an entry test or interview to verify scientific preparedness.

• Secondary school diploma with emphasis on science subjects (chemistry and mathematics recommended).
• Proof of language proficiency where instruction is in Italian; international applicants may need to demonstrate Italian or, if available, English proficiency according to programme language of delivery.
• Non‑EU applicants must follow the university procedures for international admissions and provide certified translations of documents where required.

Career prospects

Graduates acquire practical laboratory skills and theoretical knowledge suited to technical roles across the pharmaceutical and allied sectors. Typical early‑career positions include laboratory analyst, quality control or quality assurance technician, formulation technologist assistant, production support in manufacturing, and regulatory affairs support roles. The degree also provides a pathway to postgraduate study—specialised master’s degrees or doctoral research—in medicinal chemistry, pharmaceutical technology, clinical pharmacy or regulatory science.

• Quality control / analytical laboratory technician in pharmaceutical companies or contract research organisations (CROs)
• Formulation and production support roles in pharmaceutical manufacturing
• Regulatory affairs assistant and product registration support
• Laboratory technician positions in hospitals, public health laboratories and research institutes
• Further academic study leading to roles in research and development or clinical sciences

Why study at University of Turin

The University of Turin hosts well‑established chemistry and pharmaceutical science departments with dedicated teaching and research laboratories tailored to pharmaceutical training. Students benefit from practical laboratory programmes, opportunities for internships with local and national pharmaceutical companies, and collaborations with clinical and research centres in the region. The university’s curricular structure emphasises integration of experimental work, regulatory awareness and professional skills to support employability or progression to advanced studies.

Additional advantages include access to multidisciplinary research groups, mobility programmes for study abroad, and career support services that help link students with industrial traineeships and graduate opportunities in the pharmaceutical sector.