95 Biomedical Engineering Master's Degree Programs

The master students will acquire a level of preparation and specialization allowing them to fill technical and technical-organizational roles in work contexts that require knowledge of the methodological aspects of basic sciences, and of both methodological and application aspects of Engineering, with particular reference to the peculiar characteristics of the biomedical engineering domain.

The bioengineering sector is experiencing an unprecedented boom as demand for advanced technological solutions in the field of healthcare grows. Current trends revolve around the use of disruptive technologies, such as artificial intelligence, big data and nanotechnology; the development of personalised therapies that enable the design of specific solutions for each patient.

The master’s degree program is designed in accordance with the definition of Bioengineering, which is generally an engineering discipline based on knowledge of scientific disciplines. The study program educates students to solve bioengineering problems in the fields of production, development, and testing of new biomaterials that are designed and manufactured for interaction with biological systems. 

Study programme aims at preparing professionals who would acquire the skills and knowledge to close the gap between engineering and medicine by combining the design and problem-solving skills of engineering with medical biological sciences and to advance health care services through the application of engineering principles and design concepts, innovative technologies and methods of multidisciplinary research.

The master's degree program in Biomedical Engineering is an English language international course designed to prepare students to pursue diversified careers in the biomedical engineering field, such as those related to research and development in the medical devices field.

Living matter is characterized by a high level of complexity due to its multiscale & dynamic organization. The Master of Science and Technology in Complex Systems Engineering (MScT CSE) in Biomedical engineering addresses such complexity of life and of major future challenges.

The master's degree in Biomedical Engineering provides advanced training in various aspects of the discipline. It provides the foundations for academic or professional specialization and an introduction to applied research. Essentially, the course is designed to complement and reinforce the training of graduates in biomedical engineering.

The Master's in Biomedical Engineering seeks to strengthen and enhance the studies of the Degree in Biomedical Engineering, providing students with a broad spectrum of training, which responds to the needs of having highly qualified technical personnel to design and apply new and advanced technologies in the health field, and thus complete a training that covers all the stages and aspects related to health technologies and products.

Biomedical engineers with this solid education shall be capable of understanding, modeling, and creating complex biomedical systems. This multidisciplinary program aims to form professionals capable of finding innovative technological solutions for healthcare-related problems, in areas such as medical imaging, medical instrumentation, medical physics, radiotherapy, biodevices, biomaterials, processing and analysis of biomedical signals, bioinformatics, medical information management, etc; who produce an effective benefit to medical diagnosis and treatment, clinical monitoring and control and quality of life in general. It is also an objective that these professionals can contribute to the technological and scientific development in the context of high-level research to develop, for example, at national or foreign research units in the areas of biomedical engineering

The Master’s degree in Biomedical Engineering, coordinated by the Universitat de Barcelona (UB) with the UPC as a participant, aims to solve any specific engineering problem arising in biology and medicine.

The objective of the master’s degree program is to prepare a student for research and development careers in biomedical industry and further research at the doctorate level. Students completing their MS degrees will graduate with a high level of competence in:

An ageing population and rising health care costs caution us that the health care system must constantly improve. The recent COVID-19 pandemics makes this need even more evident. We have to find new effective ways to diagnose, prevent and treat diseases, and this requires innovative biomedical solutions and technologies.

Colorado is home to a thriving bioscience hub and is the life science centre for the Rocky Mountain region. There is a high demand for skilled professionals in the bioscience field, and the Professional Science Master’s program offers an excellent opportunity to enhance your skills and prepare for new roles in this ever-evolving industry. Through industry partnerships, internships, and exclusive career advancement opportunities, the PSM program will help you launch your career in biotechnology.

The Master in Chemical Engineering and Bioengineering describe and model various processes to design, manage, and optimise the production equipment for efficient, economical, safe, and environmentally friendly process operation. You can participate in developing new materials or unique technologies.

The international Master's degree programme Medical Engineering equips the students for engineering innovative medical devices. Furthermore students gain information how to place them into markets.

The Master's Degree in Bioenergy Engineering and Energy Sustainability aims to foster a sensitive and rigorously based mentality among students on the general concept of sustainability, developing skills in the areas of environmental protection and sustainable energy management (renewable energies, efficiency, energy saving, etc.). Successful completion of this Master's Degree will allow students to access different professional fields such as management, planning and certification of energy sustainability, or the socio-economic and environmental impacts of bioenergy, with the possibility of integrating other energies in order to guarantee sustainability in the use of bioenergy. The objective of the Master's Degree is to train engineers who are specialists in different professional fields such as management, planning and certification of energy sustainability, as well as in the most innovative technological developments in bioenergy and other renewable energies.

The main educational objective of the Master's degree in Advanced Biomedical Technologies is to give students the advanced training in biomedical technologies that allows them to gain a professional skillset that can be integrated in companies and institutions in the healthcare field, as well as in research centres in the biomedical sector.