332 Best Engineering in Italy for 2025

During the course, students will explore what the work of a Biomedical Laboratory Technician entails: they will engage in research activities and examinations related to biomedical and biotechnological analyses; in particular, they will acquire knowledge in biochemistry, microbiology and virology, pharmacotoxicology, immunology, and pathology.

The Master’s degree in Transportation Engineering and Mobility (MSc TEAM) addresses the ongoing and upcoming transformations in the transportation sector, with a strong emphasis on sustainability. The program aims to train engineers equipped to tackle these changes and meet the growing demand for advanced skills in transport and mobility worldwide. MSc TEAM prepares professionals skilled in modeling and simulating transport systems, capable of contributing to the sector’s economic and technological growth while ensuring sustainability goals. The program emphasizes practical, hands-on learning, combining theoretical courses with laboratory work and experiential training. Internships and thesis projects involve real-world problems, often in collaboration with industry partners, allowing students to develop and test innovative solutions. Graduates enter highly innovative job markets where new technologies play a central role.

The Industrial Bioengineering program integrates core principles of Engineering with Molecular and Cellular Biology, Pharmacology, and Physiology to design, develop, and manufacture advanced medical and clinical devices for diagnostics and therapeutics. Leveraging cutting-edge scientific and technological advances, bioengineering holds the promise to revolutionize healthcare by creating innovative, efficient, and reliable biomedical devices. This Master’s program aims to train professionals with a multidisciplinary background that combines classical Industrial Engineering disciplines—such as mechanics, thermodynamics, and transport phenomena—with deep knowledge in Biochemistry, Molecular and Cellular Biology, and Systems Biology. Graduates will be equipped to contribute significantly to fields like Regenerative Medicine, Nanomedicine, and Advanced Diagnostics. Industrial Bioengineers will gain expertise in designing devices that interact directly with biological systems at multiple scales, including biomolecules, cells, tissues, and organs. These include technologies for molecular diagnostics, controlled drug delivery systems, prostheses, scaffolds for tissue regeneration, and bioprocess engineering for cell and tissue culture. The program reflects the teaching and research excellence of the University of Naples Federico II in Industrial Engineering disciplines applied to Bioengineering. Key courses include Biomechanics, Biomaterials, Tissue Engineering, Thermodynamics and Transport Properties, Microfluidics, Drug Delivery, Diagnostics, and Robotics—aligning with top European and international standards. Graduates will be prepared for high-level roles in the biomedical and bioengineering industry, responsible for the design, production, and optimization of medical devices that interface with living organisms. Acting as innovators and translators between laboratories, clinics, and the medical device market, Industrial Bioengineers play a pivotal role in advancing personalized healthcare and the shift from hospital-based to patient-centered care.

The Master’s program in Civil and Environmental Engineering prepares students to design, construct, and manage sustainable infrastructure and environmental systems. Covering key areas such as structural engineering, geotechnics, hydraulics, environmental protection, and urban planning, the course integrates advanced engineering principles with environmental stewardship. Students develop skills in: - Planning, design, and management of civil infrastructure (roads, bridges, water systems). - Environmental impact assessment and pollution control. - Sustainable resource management and climate change mitigation. - Use of advanced computational tools, modeling, and data analysis. The program emphasizes a multidisciplinary approach and practical experience through laboratory work, field studies, and internships. Graduates are equipped to address the challenges of modern infrastructure development while ensuring environmental sustainability.

The MOVE program addresses the rapid transformation of surface, air, and marine transport through increasing vehicle autonomy—from enhanced single-vehicle control to fully autonomous mission execution, possibly coordinated among multiple vehicles without human intervention. This interdisciplinary two-year Master’s program, taught in English (B2 level required), trains engineers to master: - Design and management of autonomous transport systems on land, air, and sea - Real-time information fusion for decision-making - Sensors and algorithms for high-level driving, navigation, and control - Integration of autonomous vehicles into complex environments Students gain expertise in control systems, machine learning, big data, data analytics, computer vision, IoT, smart transport infrastructure, and vehicle design and operation. Graduates become system integrators capable of combining mechanical engineering (transport dynamics and control) with information technology (hardware/software for autonomous guidance). The program offers three specialized tracks: - Self-driving Cars - Autonomous Aerial Systems - Autonomous Marine Vehicles Students work in industry-like teams, engaging in all stages of autonomous vehicle design while developing strong teamwork and soft skills.

The course aims at elaborating on the future of sports car design through the analysis of current design trends and through philosophical thinking about the profound changes that the “car product” is undergoing. The availability of new and innovative energy sources, from solar to hydrogen, will not only create new machines but also a radical shift in the transportation paradigm. Aesthetics and the use of sports cars will go through a complete rethinking and a new vision is required. The objective of this course is to create a new design vernacular for future sports cars through a semiotic analysis of the significance of sport and its relation with the human being. At the Ferrari and Lamborghini Museums, it will be possible to examine in depth the significance of sports cars in the very context where they were first created. The Master Course “Sustainable Beauty: A New Version for Future Sportscars” offers a legally recognized degree (60 ECTS Credits) by The European University of Rome https://www.universitaeuropeadiroma.it/ www.maranello.academy

MathMods is a 2-year full-time Joint European MSc in Mathematical Modelling in Engineering run by three universities: University of L'Aquila (Italy), Hamburg (Germany), and Nice (France). The Consortium can also count on collaboration with associated academic institutions, and can rely on the effective support of several companies, research institutes, and non-profit organizations in different aspects of the project.

The Master's program in Management in the Oil, Natural Gas and Petrochemical Industry includes a study plan developed to generate the skills and master the management processes in the Oil, Natural Gas and Petrochemical Industry, which are necessary to carry out a successful directive and managerial performance of graduates in the dynamic and competitive area of hydrocarbons in all its phases.

Smart, embedded systems are found everywhere in our daily lives, and with the rapid development of artificial intelligence and the Internet of Things, our dependence on smart technology will only continue to increase. Thanks to the Embedded Systems master's programme, you will acquire the skills and confidence to innovate the embedded systems of tomorrow.

The Master's degree program in engineering for safety of critical industrial and civil infrastructures aims to meet the growing demand for professionals skilled in safety and resilience, in response to emerging technological and environmental challenges. The program is offered in both Italian and English and is part of an inter-university collaboration between the University of Salento and the Polytechnic of Bari.

The goal of the Master of Advanced Studies in Tall Building Design, which is a Postgraduate Specialisation Programme offered by the University Iuav of Venice, is to boost the professional career of post-graduate architects and engineers. By teaching processes, more than culture, the Programme Participants will acquire the mindset and skills needed to work in a large architectural/engineering practice, and to deal with the various aspects of the design of complex buildings such as tall buildings.

Sustainable Material Solutions with SUMA The SUMA master’s program aims to train tomorrow’s resource engineers to work collaboratively in a global world, gathering together some of the best educational programs in the field of sustainable materials engineering in Europe. The goal is to ensure young scientists obtain a solid background in chemistry and physics, with competencies for designing and tailoring new material systems for specific functions and with a specific view to the sustainability of processes and technologies in the field of material development.

An SOS-certified course for those who want to acquire the necessary practical skills to becoming acknowledgeable in the use of 3d modeling and parametric design software.

The Curriculum in Racing Car Design (RCD) is part of the Master’s Degree Course in Advanced Automotive Engineering (AAE) and it provides a high level of training on the dynamics of the vehicle and on the most innovative materials related to the design of racing cars.

With this Ph.D. program, we train young researchers in the field of sustainable use of resources in the production systems of energy, of buildings, in energy final utilization, in the development of products, and in manufacturing.

The Master's Degree Course in Food Engineering aims to train a professional figure of a technical nature, the food engineer, who uses the typical methods of chemical and process engineering to solve problems in the food industry. This methodological approach represents a distinctive element of the Master's Degree Course in Food Engineering of the University of Salerno compared to other similar courses offered in Europe, in which Food Engineering is born from Food Technologies rather than Process Engineering.

IAAD. department of “Car Body Architecture” first in Italy opened in Turin in 1978. Since 2008 it is entitled in memory of Andrea Pininfarina.

The doctorate trains PhDs on broad themes of Architecture, Earth Sciences and the Planets and Civil Engineering. This interdisciplinary research platform includes topics that concern the natural and man-made environments, the risks associated with them (hydro-geological risk, risks and safety of the built environment at different scales, planning, design and conservation of buildings and urban settlements), and georesources. In this context interdisciplinary, it is possible to develop specific doctoral themes capable of generating repercussions scientific and applicative in line with an increasingly complex society. The research activity follows an initial period of basic training and develops collaborations with research institutions and universities which, where possible, will allow doctoral students to obtain an Italian and foreign qualification (in co-tutorship) and any additional certification of Doctor Europaeus or Network Doctorate International.

Architecture has always been a must for Italy and Catalonia. For this reason, the undergraduate and master's degree course in Architecture is an international course, in which it is possible, if desired, to also achieve the double Italy-Spain diploma. Architecture is a five-year course.

The course will focus on the relationship among processing, properties, and structure of all materials of industrial interest, i.e. metals, polymers, ceramics, composites, biomaterials, and semiconductors. Nanomaterials and their applications in electronic and other fields are also objects of the courses.