BBiotech Engineering for Health
Italy, Siena
| Study location | Italy, Siena, Palazzo San Niccolò, via Roma, 56 |
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| Academic field | Biotechnology (JACS JH76) Electronic & electrical engineering (JACS JH76) |
| Type | Bachelor's Degree, full-time |
| Nominal duration | 3 years (180 ECTS) |
| Study language | English |
| Awards | B (Interclass L2/L8 - First cycle degree in Biotechnologies and Information Engineering) |
| Application fee | €49.90 per program You may apply for admission to up to two programs within the same application. The application fee must be paid separately for each program to which you apply. |
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| Entry qualification | High school / secondary education (or higher) IMPORTANT NOTICE:Admissions for the 2025/2026 academic year are open exclusively to European students and non-European students who DO NOT require a visa to enter Italy. Admissions for non-EU students requiring a visa will begin with the 2026/2027 academic year. Admission Requirements NOTICE: The Bachelor’s Degree in Biotech Engineering for Health is a restricted-access program with a limited number of 80 places. Download the guide to the Bachelor’s Degree in Biotech Engineering for HealthThe entry qualification documents are accepted in the following languages: English / Italian. Schools and universities usually provide documentation translated into English. If this is not available, an official translation will be required, along with certification of the authenticity of the original documents. Review the documents required for the admission application at this link: admission.unisi.it/?p=1193 Review the documents required for enrollment (upon admission) at the link admission.unisi.it/?p=1982 Upload copies on the application |
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| Language requirements | English English fluency is required, with a minimum proficiency level of B2 according to the Common European Framework of Reference for Languages (CEFR). For further information, check the following link |
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| Other requirements | NOTICE: The Bachelor’s Degree in Biotech Engineering for Health is a restricted-access program with a limited number of 80 places.To participate in the selection process, candidates must take the English TOLC-I online test, which is organized by the University of Siena for all applicants who have submitted their application through this portal. The structure and content of the test are available on the CISIA website . The University of Siena is offering English TOLC-I test sessions exclusively for applicants who have submitted their application through this portal. The test fee is included in the admission fee. The following sessions are currently scheduled:
(1) Please check the test registration deadlines (download the guide below). To access the English TOLC-I exclusive-access sessions organized by the University of Siena, candidates must:
NOTICE: Until the application deadline, candidates can reopen their application at any time to update or add information and documents. If you reopen the application, remember to resubmit it. Download the guide to the Bachelor’s Degree in Biotech Engineering for Health |
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Overview
The Bachelor’s Degree Program Biotech Engineering for Health aims to equip graduates with a robust interdisciplinary foundation by combining expertise in biotechnology and information engineering.
The program is designed to provide students with an integrated education that bridges these two fields, fostering the development of innovative solutions in healthcare and life sciences. Through a well-structured curriculum, students will gain scientific and technical skills that enable them to analyze and process biomedical data, preparing them for careers at the forefront of biotech, health-tech, and medical innovation. The program emphasizes the role of artificial intelligence, bioinformatics, electronics and robotics in modern healthcare applications, ensuring that graduates are equipped with the necessary knowledge to navigate the rapidly evolving biomedical landscape. Furthermore, it promotes an international and forward-thinking approach, positioning students to contribute effectively to global advancements in biomedical engineering.
Throughout their studies, students will acquire a broad range of competencies across multiple disciplines. In the field of biotechnologies, they will gain expertise in molecular biology, genetics, regenerative medicine, and drug development, enabling them to understand and manipulate biological systems for medical and therapeutic applications. In information engineering, students will develop proficiency in artificial intelligence, robotics, electronic systems, and signal processing, learning how computational and engineering techniques can be applied to biomedical analysis and innovation. Their education will be reinforced by a strong foundation in mathematics, physics, chemistry, and biostatistics, equipping them with analytical skills essential for research and technological advancements. Additionally, the program includes essential training in management and biotech regulations.
Through this interdisciplinary approach, the program ensures that students are well-prepared to tackle complex challenges in the medical and biotechnological fields while also fostering innovation and entrepreneurship in the industry.
Delivered entirely in English, the program stands out for its innovative and international perspective, designed to develop advanced scientific and technological skills essential for addressing the challenges of a rapidly evolving sector. As an Italian interclass degree, the program is affiliated with the L2 – Biotechnology and L8 – Information Engineering degree classes, allowing students to choose their degree class by the third year of study.
Educational Objectives
The program is designed to prepare professionals with multidisciplinary expertise in health, biotechnology, and information engineering. Graduates will be equipped to develop innovative solutions that enhance quality of life and meet the increasing demand for professionals with expertise in biotech, health-tech, and engineering.
Study Plan
The program spans three years. During the first and second years, students focus on building a strong foundational knowledge in mathematics, physics, chemistry, biology, and computer science. Additionally, the curriculum includes coursework in economics and business management, providing the essential groundwork needed to develop the interdisciplinary competencies required by the program.
In the second and third years, the curriculum expands to include specialized courses covering the core areas of both degree classes. For biotechnology, coursework emphasizes biological and biotechnological disciplines, exploring their applications in chemistry, pharmaceuticals, medicine, and therapy. In information engineering, students delve into topics such as automation, biomedical engineering, electronics, computer science, and signal processing.
To complete the program, students will undertake a short internship and a final thesis project, both aimed at developing practical and professional skills. The internship can be carried out at companies, research centers, or within the University, allowing students to establish direct connections with both the professional and research communities. The thesis project represents a synthesis and in-depth exploration of the knowledge acquired, focusing on analytical, design, and problem-solving skills in interdisciplinary contexts.
Program structure
MUR degree interclass: L-2 First cycle degree in Biotechnologies
MUR degree interclass: L-8 First cycle degree in Information Engineering
Duration in years: 3
Credits: 180
Language: English
Career opportunities
Graduates will be prepared to take on mid-to-high-level technical positions as engineers or biotechnologists within companies operating in the fields of information and communication technologies (ICT), biotechnology, biomedical engineering, and pharmaceuticals, as well as in public and private research centers.
Additionally, they will have the opportunity to pursue entrepreneurial ventures in the healthcare sector or establish themselves as independent professionals, provided they successfully pass the Italian national examination and register with the relevant professional board (Section B: Junior Engineer or Junior Biologist).
For those wishing to continue their studies, the program provides access to first-level master’s programs and specialized graduate degrees (Lauree Magistrali) in disciplines aligned with the areas explored during the course.
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