Many applicants search for English‑taught programs in Italy that blend research quality, personal support, and modest fees. The University of Cagliari answers that call. As one of the long‑standing public Italian universities, it offers chances to study in Italy in English while keeping costs close to those at many tuition‑free universities Italy. Established in 1626 and rebuilt after the Second World War, the institution stands today among global rankings for its scientific output, student satisfaction, and regional impact.
The university began as a Spanish crown college, teaching law, medicine, and philosophy to serve Sardinia. Centuries later, it has evolved into a full research hub with 15 departments and more than 25,000 students. Times Higher Education places it in the 501‑600 band worldwide, noting strong citation scores in physics, computer science, and medicine. Local companies partner with university labs to refine drug discovery, marine engineering, and renewable‑energy storage, building the school’s reputation far beyond the island.
Many of these departments host English‑taught postgraduate tracks, joint doctorates, and Erasmus mobility exchange, reinforcing the university’s role within the circle of English‑taught programs in Italy.
The university offers more than a dozen full degrees and numerous single modules in English.
Short specialist tracks include Deep Learning for Robotics and Big‑Data Mining for Finance. These options let you study in Italy in English while linking classroom theory to Mediterranean case studies.
Students who prefer Italian instruction can still select up to 40 ECTS in English modules, keeping language skills fresh. Tandem‑learning clubs pair locals and internationals, so everyone benefits.
Like all public Italian universities, the University of Cagliari uses income‑based tuition. Annual fees rarely exceed €3,000 and may shrink below €500 when family income meets low‑band thresholds.
Regional bodies such as ERSU Sardegna handle DSU applications, yet ApplyAZ guides you through each form, translation, and deadline.
Cagliari’s main hub sits on a hill overlooking the lagoon. Buildings mix Baroque façades with high‑glass labs and open makerspaces. Facilities include:
Each faculty offers evening help sessions led by doctoral tutors—ideal for non‑native English speakers adjusting to technical vocabulary.
Cagliari, Sardinia’s capital, hugs a gulf framed by limestone cliffs and pink‑salt lagoons. Its population of 150,000 blends island heritage with student energy.
Compared with mainland metros, you save 20 %‑30 % on living costs, stretching scholarship funds further.
Orange CTM buses run day and night, linking dorms, labs, and entertainment areas. Bike‑sharing stations and e‑scooters serve the flat lowlands. The airport sits 10 minutes by train, connecting you to Rome and Milan in one hour.
Erasmus Student Network organises wind‑surf weekends and language‑exchange aperitivos, making it easy to build friendships.
Sardinia’s economy blends traditional and high‑tech domains.
Internship offices connect students with these employers through career days and project challenges. For example, data‑science students may analyse sailing‑race telemetry, while automation engineers program robots that pack pecorino rounds. Humanities students curate VR tours of Nuragic ruins, merging culture with tech.
Local authorities run “Voucher Tirocinio” schemes giving stipends to companies that host international interns. These keep costs down for small firms and open many positions.
This variety ensures that whatever field you choose, Cagliari provides specialised avenues for research, internships, or entrepreneurial trials.
These services ensure you can focus on learning rather than paperwork or stress.
Imagine coding a hydro‑meter predictor by day, watching flamingos at sunset, and enjoying pasta alla bottarga with classmates after study. Picture printing your thesis on algae‑derived paper, knowing the research fed directly into a start‑up trial. This is the rhythm that awaits at the University of Cagliari.
In two minutes we’ll confirm whether you meet the basic entry rules for tuition-free, English-taught degrees in Italy. We’ll then quickly see if we still have space for you this month. If so, you’ll get a personalised offer. Accept it, and our experts hand-craft a shortlist of majors that fit your grades, goals, and career plans. Upload your documents once; we submit every university and scholarship application, line up multiple admission letters, and guide you through the visa process—backed by our admission-and-scholarship guarantee.
Choosing a graduate route abroad often means balancing cost, language, and career relevance. English‑taught programs in Italy solve this puzzle by mixing strong research with modest tuition. The Environmental Engineering for Sustainable Development LM‑35 at the University of Cagliari (Università degli Studi di Cagliari) and the Industrial Automation Engineering LM‑25 at the University of Brescia (Università degli Studi di Brescia) form a powerful pair. One trains experts who protect natural resources; the other produces engineers who automate industry for efficiency. Together they highlight how public Italian universities unite green priorities with advanced technology—often at fee levels that approach those of tuition‑free universities Italy.
Italy ranks among the top European hosts for international students. Its public system keeps fees low, invests in modern labs, and supports learners through the DSU grant and other scholarships for international students in Italy. Programmes run wholly in English, so you can dive straight into scientific content without language barriers, yet still pick up Italian for daily life. This combination means you study cutting‑edge topics, keep your budget under control, and graduate with a diploma recognised across the European Higher Education Area.
Public Italian universities also collaborate tightly with regional firms. Environmental engineers study circular‑economy solutions alongside mining companies, while automation specialists code real‑time controls for robotics manufacturers. These partnerships shape curricula and open paid internships, boosting employability right after graduation.
The LM‑35 master responds to climate change, resource scarcity, and rapid urban growth. It trains professionals who can design, manage, and audit sustainable systems—from renewable‑powered desalination plants to resilient road embankments. Faculty members lead EU Horizon projects on water reuse, coastal protection, and life‑cycle assessment, so lectures draw on fresh data rather than dated textbook examples.
Students spend a semester in project studios tackling real cases: rehabilitating a damaged wetland, modelling landslide risk, or measuring greenhouse‑gas footprints for local industries. The final 30‑ECTS thesis often links to industry or regional agencies, reinforcing professional networks.
The programme uses a Marine Station for sediment cores, a Hydraulics Flume for real‑flow tests, and a GIS Laboratory for spatial modelling. Fieldwork trips collect soil samples and drone imagery, while software labs run QGIS, HEC‑RAS, and Life Cycle Assessment tools. Assessment spreads across design reports, oral defences, and peer reviews, fostering both technical depth and clear communication.
Industry 4.0 demands engineers who fuse mechanics, electronics, and software. The LM‑25 master prepares them to integrate robots, sensors, and control algorithms into smart factories. Students learn to cut energy waste, boost accuracy, and guarantee safety, all while adopting sustainable practice that aligns with global climate goals. Professors cooperate with robotics giants, battery innovators, and cyber‑security start‑ups, bringing live challenges into class.
Project weeks place teams inside robot cells and IIoT (Industrial Internet of Things) testbeds. You will calibrate servo motors, deploy OPC UA protocols, and visualise process data on cloud dashboards. The 30‑ECTS thesis merges software code with physical hardware, often inside a partner company’s pilot line.
The Department hosts a Robotics Cell with six‑axis arms, a Real‑Time Control Lab using NI CompactRIO, and an Industrial Networks Bench with EtherCAT and PROFINET nodes. Hackathons pair automation students with data‑science peers to optimise production schedules, pushing interdisciplinary skill.
Both programmes employ flipped classrooms: watch concise theory videos before class, then solve problems or run experiments in person. Studio reviews mimic professional boardrooms, teaching you to justify design choices to mixed audiences. Continuous assessment replaces single high‑stakes exams, encouraging steady progress.
Master’s students often co‑author papers or present at international conferences. Environmental engineers join sediment‑transport studies in Mediterranean deltas; automation students publish on AI‑driven motor control. Participation deepens subject mastery and boosts your CV.
Communication, teamwork, and ethics span all modules. Workshops cover intercultural dialogue, project‑management software, and life‑cycle thinking. Graduates emerge ready to lead multi‑disciplinary teams addressing both environmental and industrial goals.
Tuition is linked to certified family income. For many non‑EU students, annual fees range from €300 to €3,000—already lower than most English‑speaking countries.
Ranking criteria mix economic need and academic merit. ApplyAZ helps you gather translations, embassy stamps, and the ISEE form where required.
Stacking the DSU grant with one merit award often brings your net cost close to zero, fulfilling the dream of tuition‑free universities Italy.
Recruiters value the European LM codes—LM‑35 and LM‑25—because they map to Level 7 of the European Qualifications Framework. That mapping eases visa sponsorship and professional‑engineer registration across Europe.
Sustainable development needs advanced automation: smart grids balance solar peaks, and robotic sorters separate recycling streams. Likewise, factory decarbonisation depends on environmental‑impact audits. Graduates from these two programmes often collaborate, uniting green engineering with digital control for holistic solutions.
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