University of Calabria

What you'll study

The programme combines theoretical lectures, laboratory work and project activities to give a balanced grounding in both analogue and digital electronics. Core topics typically include:

• Mathematics and Physics — calculus, linear algebra, probability and electromagnetism to support engineering analysis.
• Electronic Circuits — analogue electronics, semiconductor devices, amplifiers and power electronics.
• Signals and Systems — signal processing, Fourier and Laplace methods, filtering and spectral analysis.
• Digital Systems and Microprocessors — logic design, digital architectures, microcontroller and FPGA programming.
• Control Engineering — automatic control theory, feedback systems and applications.
• Telecommunications and Networks — communication principles, wireless systems and networking basics.
• Embedded Systems and IoT — hardware/software integration, sensors, actuators and real‑time systems.
• Laboratory and Design Projects — hands‑on labs for circuit prototyping, measurement techniques and team design projects that mirror industry practice.

The three‑year structure emphasises progressive skill development: foundational mathematics and physics in the first year, core electronic and signal topics in the second year, and specialised elective courses, internships and a final project in the third year. Teaching methods include lectures, tutorials, supervised lab sessions and a supervised final degree project. Many students also take short internships or traineeships with local companies or research groups.

Entry requirements

Admission normally requires a recognised upper secondary school leaving certificate with a strong background in mathematics and physics. International applicants must present an equivalent qualification; proof of language competence is required for non‑Italian speakers if the programme is taught in Italian. Prospective students are expected to demonstrate basic problem‑solving ability and numeracy; some applicants may be asked to take a diagnostic mathematics test or complete preparatory bridging activities if gaps are identified. Additional documentation such as transcripts and a personal statement may be requested as part of the application process.

Career prospects

Graduates in Electronic Engineering from the University of Calabria enter a wide range of technical and engineering roles. Typical career paths include:

• Design and development engineer for analogue and digital electronic systems.
• Embedded systems developer for consumer electronics, automotive or industrial automation.
• Telecommunications engineer working on wireless networks, signal processing or network infrastructure.
• Control systems engineer for robotics, manufacturing and process control.
• Test and validation engineer or field service engineer in electronics manufacturing.
• Technical roles in R&D laboratories, or progression to specialised master’s degrees and research careers.

Graduates are employed by multinational firms, regional technology companies, small and medium‑sized enterprises, and public research organisations. The degree also provides a pathway to further study at master’s level in areas such as microelectronics, communications, control systems or embedded systems engineering.

Why study at University of Calabria

The University of Calabria offers a campus‑based experience on the Arcavacata campus near Rende, combining teaching with active research and regional industry links. Students benefit from well‑equipped electronics and lab facilities, opportunities for hands‑on projects and collaboration with research groups. The university supports mobility through Erasmus and international exchange agreements and provides career support and internship contacts with companies in southern Italy and beyond. For students seeking an education that balances solid fundamentals with applied experience in electronic engineering, the University of Calabria provides a focused and supportive environment.