University of Calabria

What you'll study

This three‑year Laurea programme provides a grounding in mathematics, physics and core engineering together with progressive specialisation in robotics, automation and mechatronics. Teaching blends lectures, laboratory sessions, computer practicals and project work.

• Year 1: Calculus and linear algebra, classical and analytical mechanics, basic physics, introduction to programming, fundamentals of electrical circuits and electronics, technical drawing and CAD basics.
• Year 2: Signals and systems, automatic control theory, sensors and actuators, microprocessor and embedded systems, power electronics, numerical methods, modelling and simulation of dynamic systems.
• Year 3: Industrial automation and PLC programming, robot kinematics and dynamics, artificial intelligence for robotics (machine vision and perception), mechatronic system design, workshops in system integration, plus a supervised final project and an industrial internship.
• Practical work: Extensive laboratory modules covering programming of microcontrollers and PLCs, robot programming and simulation environments, CAD/CAM, measurement and instrumentation, and integration of hardware and software in prototype systems.
• Assessment: A mix of written and oral exams, lab reports, coursework, project assessments and a final degree project demonstrating design and implementation of an automation/robotics solution.

Entry requirements

Applicants are normally expected to hold a recognised secondary school leaving qualification with a strong background in mathematics and physics. Demonstrable prior experience in programming or technical subjects is advantageous. Prospective students whose first language is not Italian should check the language of instruction; some courses are taught in Italian and may require certified proficiency, while others may offer modules in English.

• Recognised secondary diploma (maturità or equivalent) with curriculum that includes mathematics.
• Evidence of competence in mathematics and physics; some applicants present specific coursework or grades in these subjects.
• The programme may require an admission or placement test to assess mathematical and scientific readiness, and some applicants complete preparatory modules if gaps are identified.
• International applicants should follow the University of Calabria's procedures for documentation, recognition of qualifications and any language requirements.

Career prospects

Graduates leave with the technical skills to work across the robotics and automation sector in both industrial and research roles. Typical careers include:

• Automation engineer, designing and commissioning automated production lines.
• Robotics engineer or integrator, programming and integrating industrial robots and collaborative robots.
• Control systems engineer, developing controllers for mechanical and electrical systems.
• Embedded systems developer, working on firmware for sensors, actuators and robotic platforms.
• Maintenance and systems support roles in manufacturing, logistics and process industries.
• Technical sales, project management or consultancy in automation technologies.
• Further study: many graduates progress to second‑cycle Master’s degrees (e.g. in Robotics, Control Engineering, Mechatronics or Automation) or to research and PhD programmes.

Why study at University of Calabria

The University of Calabria combines a strong engineering curriculum with hands‑on laboratory facilities and links to regional industry. Students benefit from practical teaching that emphasises system integration, internships with local and national companies, and opportunities to work on collaborative projects and final degree theses tied to real industrial challenges. The campus environment supports interdisciplinary collaboration across electronics, computer science and mechanical engineering, preparing graduates for the technical and applied demands of modern robotics and automation roles.