University of Calabria

What you'll study

The degree combines core scientific foundations with specialised chemical engineering topics and practical laboratory experience. Early years focus on mathematics, general and physical chemistry, physics, materials science and introductory engineering principles. Progressing through the programme you will study subjects such as thermodynamics, fluid mechanics, heat and mass transfer, transport phenomena, chemical reaction engineering, process engineering and unit operations (distillation, absorption, evaporation, filtration).

Advanced modules cover process control and instrumentation, process safety and risk assessment, process design and optimisation, computational methods for engineering and environmental engineering topics (waste treatment, emissions control, sustainable processes). Practical work is integral: laboratory classes, pilot plant exercises, simulation and CAD-based process design. The final year typically includes a design project or dissertation and an industrial internship or placement, giving hands-on experience of plant design, modelling and problem solving in an industrial context.

Entry requirements

Entry normally requires a recognised secondary school diploma with strong attainment in mathematics, physics and chemistry (for example an Italian diploma di scuola secondaria superiore with scientific or technical focus). Applicants with equivalent international qualifications are considered; specific requirements depend on the country and credential evaluation.

Because the programme is delivered in Italian, applicants must demonstrate adequate Italian language proficiency or complete an Italian preparatory course. Some applicants may be asked to satisfy basic mathematics and science prerequisites before enrolment. International students should consult the university’s admissions office about document recognition, language requirements and any additional entrance checks or bridging programmes.

Career prospects

Graduates in chemical engineering enter a wide range of sectors including chemicals and petrochemicals, pharmaceuticals and biotechnology, food processing, energy and utilities, water and wastewater treatment, environmental consultancy, and manufacturing. Typical roles include process engineer, plant designer, production manager, quality control engineer, environmental engineer and research & development technician.

Many graduates also pursue specialist master's degrees (for example in chemical engineering, energy engineering, environmental engineering or materials science) or research careers. The programme’s emphasis on laboratory work, simulation and industrial collaboration supports employability in both national and international companies as well as public sector roles and consultancy.

Why study at University of Calabria

The University of Calabria offers a campus environment with dedicated engineering facilities, teaching laboratories and pilot-scale equipment that support hands-on learning. Chemical engineering students benefit from multidisciplinary research centres and collaborations with regional industries, which provide internship opportunities and applied project work.

The university supports student mobility through Erasmus and other exchange schemes, and provides academic tutoring and career services to help transition from study to the workplace. The programme’s balance of theoretical foundations, practical laboratory and industrial experience prepares graduates for the technical and regulatory challenges of modern process industries.