Please address all queries to the academic counsellor: Prof. Dr. Sebastian Dendorfer
The MSc in Medical Engineering of the Faculty of Mechanical Engineering offers you a qualification that will fit you for demanding positions in industrial businesses and for possible PhD projects. This MSc course is a joint study programme being offered by OTH Regensburg and OTH Amberg-Weiden universities of applied sciences with the focus on the two specific areas of ‘Research and Development’ and ‘Technology and Systems’.
The ‘Research and Development’ study option being offered by OTH Regensburg will enable students to acquire broader and deeper knowledge and skills in applications-based research and development in the field of medical engineering, with the emphasis on implants, biofluid mechanics, biomechanics and biomaterials. As well as teaching advanced technical knowledge, the MSc programme is designed to equip course participants with valuable soft skills and expertise in non-technical areas. Graduates will be ideally prepared to meet the demands of a responsible practical or scientific profession.
The MSc in Medical Engineering will enable you to attain a second scientific degree in the space of just three semesters.
The MSc Medical Engineering course equips students with the ability to perform tasks requiring leadership responsibility in different areas within international businesses involved in medical engineering research, development, production and service provision. MSc graduates are able to assume overall responsibility in groups or organisations, to lead these groups and organisations in the accomplishment of complex tasks and to promote the professional development of team members. Successful completion of the MSc Medical Engineering course will also fit students for applications-based or research-based assignments and projects. The skills acquired from the MSc Medical Engineering course will enable students to assume complex technical and management duties in industry and can serve as a basis for further scientific qualifications in a subsequent cooperative PhD course or qualify them for work in scientific establishments.
|Commencement:||Winter semester, summer semester|
|Duration:||3 semesters, full-time, 90 ECTS credits|
|Profile:||Course structure and course programme|
|Location:||Research and Development option, OTH Regensburg|
Technology and Systems option, OTH Amberg-Weiden, Weiden Campus
|Module manual:||only available in German|
|Degree title:||Master of Science (MSc)|
|Accreditation:||only available in German|
The course is modular in structure, covering three semesters in which medical engineering options are studied in depth. The options offered are Research and Development taught at OTH Regensburg, and Technology and Systems which is held at the Weiden campus of OTH Amberg-Weiden. The MSc Medical Engineering course concludes with a Master thesis in the third semester.
The standard course length is three semesters.
The course confers 90 ECTS credits.
The technical and social skills which you acquired in your first professionally qualifying degree course will form the basis for this Master course, with your existing knowledge being deepened in compulsory and elective modules and broadened by an extended methodical and analytical approach. Project assignments and a Master thesis will equip you with the ability to critically analyse complex problems and challenges and come up with practical solutions. The links that exist between the teaching staff and industry – regional, national and international – and your involvement in national and international research projects will make you an integral part of ongoing research and development work. This link with industry affirms the timeliness of the knowledge and skills which the course is designed to impart.
The aim of this Master degree course is to teach students the ability to apply scientific knowledge and methods in medical engineering in ways that demonstrate their initiative, self-reliance and sense of responsibility. The course uses an in-depth knowledge base on which to build expertise that will prove invaluable in current application-oriented research projects.
Students of this Master course will acquire methodical and analytical skills enabling them to independently broaden their scientific knowledge, to adopt a problem-solving approach to their work and to act responsibly and efficiently.
Their multidisciplinary knowledge will make them competent partners in other specialist fields, facilitate close co-operation and equip them to head up complex projects.