Study Human-Computer Interaction in Europe

This is a hands-on master's program focusing on user experience, interaction design, data visualization, and machine learning. Students develop practical skills in prototyping, usability, and interdisciplinary teamwork, with strong emphasis on real-world applications. The curriculum includes AI-human collaboration, wearable computing, virtual environments, and ethics of new technologies. The final semester is dedicated to a thesis, seminar, and industrial placement to prepare students for careers in UX, interaction design, and emerging tech.

To apply, candidates must hold a Bachelor’s or Master’s degree in engineering, technical sciences, or natural and exact sciences.
Applicants must also demonstrate English proficiency at a B2 level or higher.
Accepted certificates include IELTS (min. 6 points), TOEFL (min. 87 iBT), TOEIC (min. 700), Cambridge (FCE/CAE/CPE), and others.
Alternatively, proof of English as the language of instruction.

This master's program focuses on human-centered design and the development of digital systems that enhance user experiences. Students explore core areas such as prototyping, user experience evaluation, HCI foundations, data analysis, design thinking, and field research in digital environments. The curriculum integrates interdisciplinary learning, project-based work, and specialized electives in ambient computing, behavior change, and affective technologies. Hands-on training is emphasized through professional placements or international internships. The program culminates in a research-driven Master’s thesis addressing real-world design challenges.

To apply for this master's program, candidates must hold a bachelor’s degree and demonstrate English proficiency through approved tests (e.g., IELTS 6.5, TOEFL iBT 92, PTE Academic 62, or Cambridge 169+). Applicants must submit a CV, academic transcript, motivation letter, and—depending on their background—a portfolio or technical assignment. The motivation letter (max 2 pages) should align with HCI research themes and describe intended outcomes. Applicants from design or social sciences submit a portfolio of prior work; technical applicants highlight programming skills and complete an interview-day assignment. The admission score is based on the motivation letter (20%), portfolio/technical task (20%), and interview (60%).

This program in artificial intelligence focuses on foundational and applied aspects of AI, combining computer science, mathematics, and cognitive science. Core subjects include machine learning, computer vision, neural networks, data mining, combinatorial optimization, and AI languages and algorithms. Students can specialize through electives in areas like AI for robotics, cybersecurity, human-computer interaction, and AI in industry. The second year features a final thesis or internship and additional project-based learning. The program is designed to equip graduates for advanced roles in research, technology development, and AI-driven industries.

Admission to this program requires a bachelor's degree or equivalent qualification in computer science, engineering, mathematics, physics, statistics, or related fields, with at least 180 ECTS. Applicants who have not yet graduated must show they have completed at least 150 ECTS. An internationally recognized English language certificate at B2 level (from an accepted list) is mandatory; university-issued proficiency statements are not accepted. Proof of Italian language competence is also required unless exempt due to nationality, prior education in Italian, or valid certifications. International qualifications are assessed for curricular adequacy by the program board. EU students typically pay around €1,200/year based on family income. Non-EU students usually pay a fixed fee of about €1,400/year. Check with the university for your exact fee.

This master's degree provides students with the essential skills needed to assess, develop, and improve both sports equipment and medical technologies, centered on understanding how the human neuro-musculo-skeletal system interacts with technology and other external physical variables. Students build problem-solving and innovative thinking skills alongside extensive knowledge of developing sports and medical products, as well as specialized skills for creating methods and tools to improve training and performance assessment. The program draws on an interdisciplinary combination of sports and medical technologies, life sciences, sport science, and engineering, following a modern, research-driven teaching approach that helps students shape their own professional profile.

The program is organized across four semesters into modules with clearly defined learning objectives, combining theoretical coursework with hands-on experience. Early coursework relies on seminars and practice-oriented assignments to build a strong foundation, while later stages involve increasingly independent work through workshops, projects, and an industry internship that provides exposure to real-world applications. Close cooperation with partner universities and research institutions strengthens both the scientific and practical dimensions of the program, and students have the opportunity to spend part of their studies abroad. The program concludes with a master's thesis, and completion requires 120 ECTS credits in total.

Graduates are prepared for roles at the interface of sport, health, and engineering, including research and development within the sports equipment industry, contributing to products such as footwear, clothing, materials, or diagnostic devices, as well as roles in elite and high-performance sport, particularly in performance diagnostics focused on biomechanics or exercise physiology. Further opportunities exist with commercial sports providers and public research institutions and universities, and the program also provides a strong foundation for pursuing a doctoral degree and an academic career.

Applicants must hold a bachelor's degree with at least 180 ECTS credits, or an equivalent university qualification, in a program with a primarily scientific, engineering, mathematics, sports science, health science, medical, medical technology, or life science orientation, with at least 90 of those credits oriented toward science. Applicants must also hold an above-average degree, demonstrated by an ECTS grade of at least B or a German grade of at least 2.5, and must submit a CV and a letter of motivation, both written in English, to demonstrate their personal and professional suitability. German language skills are not required for admission to this program, though basic knowledge is recommended.

Since the program is taught entirely in English, applicants must demonstrate English proficiency through a TOEFL iBT score of at least 95, an IELTS Academic score of at least 7.0, or a Cambridge Certificate at C1 level; this requirement is waived for native English speakers and for applicants who completed a bachelor's degree taught in English within the EU or in an English-speaking country. If the number of qualified applicants exceeds the available places, admission is decided through a ranking system based on the applicant's degree grade, relevant practical experience, and personal suitability; if there are fewer qualified applicants than places available, additional applicants may be admitted following a short interview.

This program covers subjects such as EU Institutions and Policies, Fundamental Rights in the EU, International Human Rights Protection, and International Organizations. It also includes modules on Migration and Asylum Policies, EU Foreign Policy, and a final Master’s Thesis or Internship.

Applicants must be enrolled in or have completed a university degree. Additional requirements include a scanned copy of a valid passport, academic transcript and degree certificate, a statement of purpose or motivational letter, and a curriculum vitae (CV).

This interdisciplinary 7-semester program combines food chemistry, microbiology, biotechnology, and engineering with human nutrition and food law. Students gain practical skills in food analysis, processing technologies, HACCP, and quality control. Elective courses allow specialization in dairy, meat, cereal, or vegetable product technologies. The curriculum also covers product development, logistics, and sustainability in the food industry. A final engineering project and a 4-week internship prepare students for careers in food production and nutrition-related sectors.

To be admitted, candidates must present a legalized or apostilled secondary school certificate and academic transcript with an explanation of the grading system. They must also prove English language proficiency at a minimum B2 level through a recognized certificate, unless their education was in English. One subject grade (e.g., biology, math, chemistry, physics, etc.) is required depending on the program. A valid health certificate and copy of passport are also mandatory.