Top 13 Master Degrees in Biomedical Engineering 2019
Students who wish to further their educations after getting a bachelor’s degree often opt to enroll in master’s programs. Such programs are also required before students can get doctoral degrees. Students with master’s degrees gain specialized knowledge that usually positions them for higher salaries and jobs with more responsibility.
What is a Master in Biomedical Engineering? Biomedical engineering focuses on the analysis and design of solutions in biology and medicine. For example, a biomedical engineer could choose to develop an artificial organ or a device to help a person use his arm again. The overarching goal of such engineering is to enhance the quality and effectiveness of patient care. To this end, higher-level biomedical engineering education involves classroom-based work as well as hands-on, laboratory courses. Students work with fluid and solid mechanics, biomaterials and with biological sciences.
Students reap many benefits from this education. For instance, a master’s degree can qualify a person to lead a research team, and students often further their practical engineering design skills.
Universities worldwide offer programs in biomedical engineering. As a result, the cost of such programs depends on the school. Students should contact colleges for specific information on costs and always thoroughly research programs.
Students who get biomedical engineering degrees have several options. Many go on to dental or medical school (or already have that experience) in order to use practical biomedical applications in patient care. Some obtain law degrees to work as patent attorneys. Biomedical engineers work in hospitals as part of therapy teams and in research laboratories. They also work in manufacturing environments and in business offices.
Biomedical engineering students have the option of taking classes part time or full time. Students with other responsibilities may enjoy the choice of taking online classes, which many universities offer. To get started, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The area of professional activity of masters: research, production and use of enzymes, viruses, microorganisms, cell cultures of plants and animals
The Master program - Industrial Biotechnology and Bioengineering Place of study: Institute of Pure and Applied Chemistry (ITiPH), Northern (Arctic) Federal University named after MV Lomonosov, Arkhangelsk, Russia Education: Master
Qualification of the graduate: Master of engineering and technology The area of professional activity of masters:
research, production and use of enzymes, viruses, microorganisms, cell cultures, plants and animals, and products of their biosynthesis biotransformation;
the creation of technologies for the production of new products, including products obtained using microbial synthesis, biocatalysis, gene engineering and nanobiotechnology;
the development of scientific and technical documentation and technical regulations for the production of biotechnological products;
the implementation of biotechnological processes and production in accordance with the legislative and regulatory compliance of national and international regulations;
organization and carrying out quality control of raw materials, intermediate products and finished products.
The program's educational objectives of biomedical engineering are to integrate engineering and life science principles into a comprehensive curriculum, that prepare
The program's educational objectives of biomedical engineering are to integrate engineering and life science principles into a comprehensive curriculum, that prepares students for entry into the doctoral program, biomedical industry, or professional school. Primary research areas are biomedical imaging, biomedical implants and devices, cardiac electrophysiology, multi-scale computational modeling, tissue engineering and regenerative medicine.
The program provides graduates with a rigorous, broad-based advanced education in engineering coupled with applied biology that will prepare graduates for the many diverse career opportunities of biomedical engineering. Provide an empowering professional degree for students who intend to become practicing engineers....
We welcome you to the pages of our master on Computational Biomedical Engineering. This one-year research master is offered by the Department of Information and Communica
We welcome you to the pages of our master on Computational Biomedical Engineering. This one-year research master is offered by the Department of Information and Communication Technologies and the Department of Experimental and Health Science of the University Pompeu Fabra (UPF) in Barcelona.
Why does our modern society need biomedical engineers?
The European Union framework programme for research and innovation has identified eight societal challenges. The first challenge is 'health, demographic change, and wellbeing'. To cope with this challenge requires progress in fields such as medicine, biology, engineering, physics, information technologies, applied mathematics, to name only a few. However, to go beyond progress in individual scientific disciplines we need a solid interface that connects these fields and that grows along with their fast advance. This multidisciplinary interface is constructed by biomedical engineers....
Biomedical engineering is a multidisciplinary subject by the merger of natural science, engineering, and medicine. The structure, function, and various life phenomena.
Master in Biomedical engineering
Biomedical engineering is a multidisciplinary subject by the merger of natural science, engineering, and medicine. The structure, function, and various life phenomena of people’s body are studied in different levels based on the principle and method of natural science and modern engineering technology. The main applications include the research on materials, productions, instruments, and systems for prevention, diagnosis, nursing, treatment, healthcare, health procreation, rehabilitation from diseases, et al.
The aim of this specialty is training the graduate students to be the high-level professional talents. The students must master the fundamental knowledge of life sciences, electronic technology, computer technology, informatics, and possess the scientific research ability to merge medicine and engineering technology. In addition, they will be familiar with the advanced technology and method of biomedical informatics, biomedical signal processing, biomedical image processing, designing and repairing of advanced biomedical instruments, the development of medical computer program, hospital modern information management and telemedicine, and be able to undertake researching, designing, teaching and managing in the field of biomedical, medical instrument and other electronic technology, computer technology, information industry and biology technology....
Medical Engineering is a field with excellent career prospects, and KTH is a leading technical university promoting state-of-the-art education in this area. Prospective m
Medical Engineering is a field with excellent career prospects, and KTH is a leading technical university promoting state-of-the-art education in this area. Prospective master’s students can expect to receive a solid foundation in advanced, modern applications, as well as relevant research collaborations with the globally recognized medical environment of Karolinska Institutet and Karolinska Universitetssjukhuset.
Medical Engineering at KTH
The master’s programme teaches the advantages and limitations of the current technology underlying clinical applications. Students are given the knowledge base that is necessary for them to improve and develop the medical technology of the future....
The Master in Biomedical Engineering seeks to initiate the training of people interested in the field of research, through a project from which the subjects of the curric
The Master in Biomedical Engineering seeks to initiate the training of people interested in the field of research, through a project from which the subjects of the curriculum will be articulated. In the research project, the professional will provide solutions to problems in the area of health. The problems can be of the scientific order; technological or administrative.
ModalitiesResearch with a total of 60 creditsDeepening with a total of 50 credits
The opening of these lines is subject to the number of applicants.
NUMBER OF ACADEMIC CREDITS60 in the Research modality50 in the Deepening mode
The periodicity of the admission is annual. Beginning in July...
To run their medical equipment, hospitals, clinics, and large practices require specialists fully trained in the basics of modern medicine and operation of high-tech medi
Expert partner for the use of medical equipment
To run their medical equipment, hospitals, clinics, and large practices require specialists fully trained in the basics of modern medicine and operation of high-tech medical devices. This opens up a highly interesting field of work for engineers or scientists that are also trained in medical physics. Their solid university education just needs to be supplemented with the necessary interdisciplinary specialist knowledge in medicine and physics here.
This makes them the ideal partner for physicians using high-grade medical equipment. Alongside potential for working at medical facilities, further fields of application include research and development of medical equipment and procedures, testing, monitoring, and maintenance, as well as sales, training, etc....
Stevens Institute of Technology - Graduate Studies
Push the possibilities of biomedical solutions with a degree designed to propel your career.
Push the possibilities of biomedical solutions with a degree designed to propel your career.
In the biomedical engineering graduate program at Stevens, you’ll work with recognized leaders in the field, conduct high-impact research and design life-enhancing technology. Our biomedical engineering master’s program graduates thrive in academia, industry, medicine and a range of expanding opportunities in biomedical innovation.
Stevens’ multidisciplinary biomedical engineering program blends advanced study in engineering, biology, life sciences, medicine, clinical applications, and bioethics. We give you the flexibility to pursue the areas of biomedical engineering that interest you most. You’ll investigate emerging areas alongside our actively patenting faculty, test and model new devices in world-class laboratories, and discover how far you can go in an entrepreneurial environment that rewards your scientific rigor and vision....
The interprofessional and innovative master’s degree program in Biomedical Technologies is characterized by practice orientation and internationality. Lectures are embedd
The interprofessional and innovative master’s degree program in Biomedical Technologies is characterized by practice orientation and internationality. Lectures are embedded in a modern technological and medical environment and are supported by an interdisciplinary team of internationally well-known and distinguished scientists. Graduates are well prepared for various professional challenges and have excellent career perspectives in Biomedical Technologies.
The Eberhard Karls University Tübingen
Innovative. Interdisciplinary. International. Since 1477. The University of Tübingen has combined these leading principles in its teaching and research since its foundation. It is one of the oldest and most renowned universities in Germany and offers a first-class framework for professional studies, as well as the possibility to set personal accents and priorities. Many further amenities enhance the attractive study conditions, such as the campus sports program, the center for foreign languages, the interdisciplinary ‘Studium Generale’ and the modern university library. Let the university’s slogan speak for itself: attempto – I dare!...
Rutgers School of Engineering provides students with a strong technical background and prepares them for leadership careers in exciting and challenging professions. Both
Advancing Engineering Leaders
Rutgers School of Engineering provides students with a strong technical background and prepares them for leadership careers in exciting and challenging professions. Both our teaching and research are firmly rooted in scientific principles while incorporating knowledge of today’s challenges.
Master of Science (MS)
Master of Engineering (ME)
Rutgers’ Biomedical Engineering program has over 70 graduate faculty dedicated to providing students with a solid training different degree programs, each suited to students' different career interests. The graduate program is a joint venture between the School of Engineering and the Robert Wood Johnson Medical School, which is part of Rutgers Biomedical Health Sciences. The program provides outstanding graduate level training in six critical areas of biomedical engineering and technology including:...
This program, provided by the Faculty of Biological & Environmental Sciences of ZWU, has a foundation of 60-year development in bioengineering related fields, adoptin
This program, provided by the Faculty of Biological & Environmental Sciences of ZWU, has a foundation of 60-year development in bioengineering related fields, adopting dual tutorial system to ensure mentors from school and enterprise mutually share the guidance work to students’ course study, project research, internship and graduation dissertation and so on in order to cultivate applied and inter-disciplinary talents, with strong practical and innovation abilities, who are able to engaged in pharmaceuticals, technology development, engineering design and biological processing design and control in related fields of biological health food, biological agriculture and marine biology.
The master’s degree program is an extension and a deepening of the bachelor’s degree program “Medical Device Technology”. It is, however, suitable
New Technolgies and Innovation for Medicine
The master’s degree program is an extension and a deepening of the bachelor’s degree program “Medical Device Technology”. It is, however, suitable for graduates of other technical-scientific courses of studies. It enables students to acquire profound knowledge of medical engineering that is primarily focused on medical device and rehabilitation technology and oriented towards the practical needs of professional and qualified persons.
Duration: 4 semesters (120 ECTS)
Annual intake: 23
Mode of studies: Full-time
Tuition Language: English
Main focuses of the education
The consecutive master's degree program Medical Engineering trains students to act as engineers with the ability to develop medical and rehabilitation devices in the regulatory framework of European and US-markets....
The George Washington University - School of Engineering & Applied Science
The Master of Engineering in Regulatory Biomedical Engineering (r.B.M.E.) is an interdisciplinary program offered through the Department of Biomedical Engineering in part
The Master of Engineering in Regulatory Biomedical Engineering (r.B.M.E.) is an interdisciplinary program offered through the Department of Biomedical Engineering in partnership with GW's School of Medicine and Health Sciences. The new program addresses an unmet need for a graduate program to train engineers in the specific set of skills of regulatory science, biomedical innovation, and entrepreneurship. Students with training in engineering or physics and/or relevant industry/government experience study the fundamentals of biomedical engineering, global regulatory affairs, regulatory strategy in the development of devices and diagnostics, regulatory compliance, engineering patent law, medical measurements, and instrument design. In addition to coursework, students gain experience in SBIR/STTR grant applications and/or FDA Premarket Notification (510(k)) submissions for medical devices....