Магистратура in Науки о здоровье in Europe

The Pharmaceutical Biotechnology program provides advanced training in the development and application of biotechnological tools for drug discovery, production, and regulation. The curriculum covers molecular mechanisms of disease, bioinformatics, pharmacology of biological drugs, molecular interactions, and safety assessment of biopharmaceuticals. Students also study industrial bioprocessing, legal and economic aspects of the biotech industry, and nanobiotechnology. The program includes elective modules, a research internship, and culminates in a final project aimed at preparing graduates for roles in pharmaceutical research and biotechnological innovation.

To be admitted to the Pharmaceutical Biotechnology program, candidates must hold a three-year degree or equivalent qualification in biotechnology, biology, pharmacy, chemistry, or related fields. Admission is conditional upon meeting curricular requirements and passing a test assessing academic background and personal preparation. Applicants must demonstrate prior university-level knowledge in mathematics, physics, chemistry, biochemistry, cell biology, genetics, and microbiology. Additionally, proficiency in English at a minimum B2 level (CEFR) is required, verified through certified exams or previous studies. Degrees obtained abroad must be evaluated for equivalence with Italian qualifications. 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 program prepares students to lead digital transformation in healthcare by combining theory with real-world application. General studies include research design, entrepreneurship, and medical ethics. Core subjects focus on e-health, health policy, and human anatomy. Specialized courses cover healthcare data systems, imaging, interoperability, and epidemiology. Students also gain practical experience through an industry internship. The program concludes with a graduation thesis or scientific article on healthcare digitalization.

To apply, candidates must submit a detailed CV (via the online form) and a 500–600 word motivation letter, both evaluated on a 5–10 point scale. A minimum score of 5 is required in each to proceed to the interview. The interview assesses motivation, analytical skills, and creative thinking (10–20 minutes, 5–10 points). A CGPA of at least 60% is required, or 60% from a prior Master's if the Bachelor's average is below this threshold (but not below 50%). Applicants from outside the EU/EFTA/OECD must also submit GRE scores (min. 145 Verbal, 150 Quantitative, 3.0 Writing). AI-generated motivation letters are not accepted.

This master's program offers advanced interdisciplinary training in biomedical engineering, combining technical and medical sciences. Students follow a shared core in biomedical system modeling, biomedical signals, biosensors, biomechanics, and regulatory affairs, along with a master's thesis. They choose one of six specializations: Biomechanics (mechanics of the human body), Tissue Engineering (biomaterials and regeneration), Bio-Electronics (medical instrumentation), Biomedical Data Analytics (data science and decision support), Bio-Informatics and AI (biological data and machine learning), and Medical Physics (radiation and imaging technologies). A wide range of elective courses allows students to deepen expertise or broaden their skills in clinical, technological, or data-driven biomedical areas.

To apply for this master's program, students must hold a bachelor's or master's degree in biomedical engineering. All applicants must submit a GRE test result unless they earned their degree in an EEA country, the UK, or Switzerland. English language proficiency must be proven with one of the following: an IELTS score of at least 7.0 (no subscore under 6.5), a TOEFL iBT score of at least 94 (no subscore under 22), or a Cambridge CAE score of at least 185 (no subscore under 176). Applicants who completed a degree in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA are exempt. Those who have not yet graduated must include a list of pending courses with their application.

This master's program focuses on leadership and advanced practice in obstetrics and midwifery. It offers in-depth modules in salutogenesis in complex obstetric situations, diversity-sensitive care, and perinatal mental health. Students also build strong research competencies in philosophy of science, applied statistics, and qualitative and quantitative methods. The curriculum promotes interprofessional learning with topics like applied ethics, health economics, and leadership in organizational development. Practical modules provide experience in teaching, advanced midwifery practice, and research participation. The final thesis addresses a self-chosen or research-based question, aiming to contribute to the advancement of midwifery science.

To apply for this master's program, you must hold a Bachelor of Science in Midwifery from a Swiss or international university. Direct admission is granted to those with a final grade of at least 5.0 on the Swiss scale, while applicants with lower grades, a midwifery diploma from the former system (recognized through the Swiss NTE procedure), or equivalent international qualifications must pass an aptitude assessment. The Head of Degree Program may set admission conditions, especially in areas like scientific work, statistics, and clinical assessment, which can be fulfilled through approved specialist courses. Instruction is in German and English, so applicants must demonstrate German proficiency at C1 level and English at B level. Candidates with a comparable bachelor's degree may be considered for admission following a consultation.

This master's program prepares students for advanced practice in physiotherapy and rehabilitation sciences, combining theory, clinical skills, and research. Students follow a core curriculum covering topics such as advanced clinical reasoning, evidence-based practice, and physiotherapeutic interventions. They specialize in one of six areas: Musculoskeletal Disorders – Manual Therapy, focusing on hands-on techniques for joint and muscle conditions; Musculoskeletal Disorders – Sports Physical Therapy, emphasizing injury prevention and performance in athletes; Neurological Disorders, dealing with movement disorders from stroke, Parkinson’s disease, or brain injuries; Children, centered on pediatric physiotherapy; Mental Health Care, addressing psychosomatic and psychiatric conditions; and Internal Disorders, focusing on rehabilitation for patients with cardiovascular, respiratory, or metabolic diseases. Clinical internships and a research thesis are also required.

To apply for this master's program, students must first complete a preparatory program if their bachelor's degree in physiotherapy was not obtained from an institution in the Flemish Community. Admission to the master’s program requires passing at least 4 out of the 6 preparatory courses, though all must be completed to graduate. English proficiency is mandatory, proven by an IELTS score of 7.0 (minimum 6.5 per section) or a TOEFL iBT score of 90 (minimum 22 per section). Only degrees from fully English-taught programs in Australia, Canada (English-speaking), Ireland, New Zealand, the UK, or the USA are accepted for exemption. Dutch language knowledge at CEFR level A2 is required before clinical internships, with levels 2 or 4 needed for specializations in Children and Mental Health Care. Applicants must also provide documentation of clinical practice hours and course classification using a specific form. All candidates must apply to the preparatory program first and submit their complete application before the stated deadline.

This master's program focuses on computational neuroscience, combining theoretical modeling, experimental neuroscience, and machine learning. In the first year, students gain foundational knowledge through core modules covering neural system modeling, higher brain function, neural data analysis, and machine intelligence. They also complete a programming course and receive personalized academic support to address knowledge gaps. The second year is research-focused, beginning with lab rotations in three different research labs, offering hands-on experience in both theoretical and experimental projects. In the final semester, students conduct their master’s thesis and explore advanced topics in neuroscience, culminating in an oral defense. An ethics course on brain research is also part of the curriculum. Preparatory courses in mathematics and neurobiology are available for admitted students before the program starts.

This master's program welcomes students with a strong background in mathematics and an interest in neuroscience, especially from disciplines like natural sciences, engineering, or mathematics. Applicants must hold a bachelor's degree or equivalent qualifying them for professional work, and demonstrate proficiency in English above B2 level through recognized certificates such as TOEFL (minimum iBT 88), IELTS (minimum 6.5), or equivalent. Additionally, they must have completed at least 24 ECTS in mathematics, including linear algebra, calculus or dynamical systems, and probability/statistics, with at least 6 ECTS in each area. While prior knowledge of neuroscience and programming is recommended, it is not required.

This master's program focuses on applying engineering principles to improve human health through biological, biomedical, and biotechnological approaches. It offers a strong foundation in physiology, biomedical systems, biomaterials, medical imaging, tissue engineering, and pharmaceutical production. Students can tailor their learning through elective modules in areas such as data analysis, biomechanics, biosensors, bioelectronics, and rehabilitation engineering. The curriculum includes interdisciplinary coursework, a research project, an industrial internship, and a master’s thesis. The program equips graduates for careers in the medical device industry, pharmaceutical and biotech sectors, or academic and clinical research.

To apply for this master's program, candidates must hold an academic bachelor’s degree in engineering—such as bioscience, biomedical, civil, or electrical engineering—or a related degree with substantial coursework in mathematics, statistics, physics, biology, and physiology. The degree must be obtained from a recognized institution with at least a second class upper or equivalent. English proficiency is required unless the applicant completed a full English-taught program in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA. Accepted test scores are a minimum of 18/30 per component for TOEFL iBT, 6.0 per component for IELTS Academic, or 170 per component for Cambridge CAE/CPE. Applicants educated outside the Flemish Community must submit their application through the central admissions office.

This master's degree offers advanced specialist training in orthodontics for qualified dentists, combining coursework with extensive clinical experience across three years of study. The program is designed to meet European Commission directives on the education of orthodontists, guidelines from the UK Specialist Advisory Committee on Orthodontics and the World Federation of Orthodontists, and incorporates the features of the European Erasmus training curriculum. Students develop the knowledge, clinical skills, and professional judgment of an orthodontic specialist, learning to apply contemporary techniques at an advanced level through a combination of rigorous academic study and hands-on clinical practice across different treatment approaches.

The first year introduces advanced clinical sciences, foundational clinical skills, research methodology and biostatistics, and orthodontic biomechanics, mechanics, materials, and contemporary appliances, alongside the first stage of specialty clinical training and ongoing coursework in the review of scientific literature. The second year expands clinical training further while introducing treatment approaches for preadolescent children and for patients in the early permanent dentition stage, alongside basic sciences relevant to orthodontics, and marks the beginning of the master's thesis process, from topic selection and protocol development through a complete literature review and methodology. The third year continues advanced specialty clinical training while covering clinical governance and practice management, treatment approaches for adult patients, the long-term effects and risk management of orthodontic treatment, and the treatment of patients with facial asymmetries, orofacial clefts, and craniofacial anomalies, culminating in the completion, data analysis, writing, and defense of the master's thesis.

Graduates are prepared for careers in private orthodontic clinics, multidisciplinary dental clinics, and academic and research institutions.

Admission requires a recognized degree in dentistry, such as a BDS, DDS, or DMD, or an equivalent qualification; admission is highly competitive due to limited available places. Beyond this minimum requirement, applicants are also assessed on a personal interview, their final grade point average in their dentistry degree, their interest and performance in orthodontics during undergraduate study, prior professional experience and development in dentistry, and any research work, scientific publications, or presentations. Required application materials include an official transcript, a curriculum vitae, and the names and contact details of two referees. Applicants must also demonstrate English language proficiency, which can be met through a secondary school certificate or a bachelor's degree from an institution where English was the language of instruction, or through an internationally recognized English-language qualification at CEFR level B2 or above; this requirement is waived for applicants holding British, Canadian, Australian, US, or New Zealand nationality. Knowledge of Greek is not required but is considered an additional asset for non-Greek-speaking applicants, as it facilitates communication with patients.

This master's program prepares students for leadership roles in sports management and business, with a focus on responsible management practices. It includes a broad range of courses related to sports business, management, sustainability, and event organization. Students will gain expertise in the core areas of sports management and explore the impacts of sports on both business and society. The program is designed to meet the growing demand for professionals who can manage sports organizations, events, and businesses responsibly and effectively.

Students can choose from specialization tracks, such as Sports Management and Sustainable Sports, where they study the business side of sports with an emphasis on sustainability, or Economics and Business Administration, which focuses on the financial and administrative aspects of sports management. These specializations provide a deeper understanding of how to manage both small and large-scale sports-related enterprises. Additionally, there are optional modules that allow students to tailor their education according to their interests and career goals.

To be eligible for this master's program, applicants must have a higher education degree that qualifies them for master's-level studies in the awarding country. Acceptable fields include sport sciences, sport management, business, economics, social sciences, and other related disciplines like health sciences or communications. In some cases, applicants with previous studies in business or sports may also be considered if they can justify their motivation and demonstrate relevant academic background. The institution awarding the degree must be officially recognized in its respective country or by an international organization, such as UNESCO.

Applicants must also demonstrate English proficiency through the Academic Readiness Screening (ACRES), which consists of a written pre-task and an online interview. To meet the language requirement, applicants must score at least a B2 level in each of the four components: oral interaction, spoken production, academic reading, and academic writing. The University does not offer any waivers for the language requirement, and candidates must complete the ACRES assessment to prove their language skills. Conditional admissions are possible for those who have not yet completed their degree, but they must submit their final academic documents by the specified deadline.

This master's program offers three study tracks: Science, Bioscience Engineering, and Engineering, each with tailored courses and a dedicated major. Students may need to take a personalized reorientation package in biology, statistics, IT, or mathematics depending on their previous background. Core components include bioinformatics, molecular interactions, structural bioinformatics, statistical methods, and machine learning. Depending on the track, students complete additional specialized courses such as biofluidics or software system design. The program concludes with a 30 ECTS master’s thesis, and students can further tailor their curriculum with elective courses in topics like AI, big data, genomics, and biomedical data processing.

Applicants to this master's program must hold a relevant degree in areas such as bioengineering, biochemistry, biotechnology, biology, chemistry, computer science, engineering, mathematics, or biomedical sciences. Students with degrees in other fields may be accepted after completing an abridged program. A solid background in mathematics is required, including good grades in both statistics and either calculus or linear algebra. English proficiency must be demonstrated with one of the following: IELTS (minimum score of 7.0 with no subscore below 6.5), TOEFL iBT (minimum 94, no subscore below 22), or Cambridge (minimum 185, no subscore below 176). Exemptions apply to those who completed a prior degree in English in Australia, English-speaking Canada, Ireland, New Zealand, the United Kingdom, or the United States.

This program equips students to tackle public health and nutrition challenges through innovation in food systems, digital tools (AI, IoT), and consumer behavior. Courses cover clinical nutrition, sustainable diets, marketing, health literacy, and tech-enhanced nutrition services. The second year is fully dedicated to a dissertation, encouraging applied research and solution development.

Applicants must hold a bachelor's degree (1st cycle) in Dietetics, Nutrition Sciences, or a related field, obtained in Portugal or abroad. Foreign degrees must follow Bologna Process principles or be recognized by the institution's Scientific Council. Admission is also open to applicants with relevant academic or professional experience, or students nearing graduation in eligible fields.

This master's program prepares students for careers in medical physics by combining rigorous training in physics, mathematics, anatomy, and biomedical sciences. Students take core courses in nuclear physics, numerical methods, radiation safety, and system physiology, alongside specialized modules in radiology, radiotherapy, nuclear medicine, and proton therapy. The curriculum also includes medical imaging, anatomy, pathology, ethics, and biomedical law. Students choose between multiple elective tracks and specialization options, such as quality assurance in radiology or nuclear medicine. Practical skills are emphasized through a clinical internship and a research-based master’s thesis. Applicants must complete 120 ECTS and select from structured course options, with some taught in English and others combining English with French.

To apply for this master's program, students must hold a relevant degree, with each application from outside the Flemish Community assessed individually. All applicants must provide proof of English proficiency unless they obtained a university degree fully taught in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA. Accepted tests include TOEFL iBT (minimum 94 overall), IELTS Academic (minimum 7.0 overall), or Cambridge Certificates (minimum 185). Additional required documents include English descriptions of key undergraduate courses and an explanation of the grading system if not shown on transcripts. Exemptions from these extra documents apply to students from exchange partner institutions or universities ranked in the global top 200 (THE/QS).