University of Applied Sciences welcome students from all over the world to increase their knowledge in Biomdedical Engineering.
The Master's Program of Biomedical Engineering in Luebeck is designed for students who wish to pursue careers in research and develepoment, academia, or industry. The goal of the program is to educate students in the interdisciplinary fields of engineering and medicine.
Programme Overview
The MSc “Biomedical Engineering” is an interdisciplinary programme open for graduates of physics, computer science/engineering, medical technology/biomedical engineering, and mathematics. We expect a firm background in physics, computer science, and mathematics (at least 6 ECTS credits for each topics). The MSc emphasizes research and offers the option to work in the field of medical physics/biomedical engineering with a strong orientation on computer science. It meets the demand of specialists with not only the knowledge of the technical devices and their usage but also with potential to address the ever-increasing demand for programming abilities which are likely to dominate technical solutions in medicine in the future. Graduates of this master´s programme are well equipped for different positions in industry but also in research.
Aims & Main Learning Objectives
The aim of this programme is to enable students to work and/or carry out independent work and research in the field of biomedical engineering, particularly regarding those areas connected to computer science and medical physics.
Students who have finished this course should
The Master's Program of Biomedical Engineering in Luebeck is designed for students who wish to pursue careers in research and develepoment, academia, or industry. The goal of the program is to educate students in the interdisciplinary fields of engineering and medicine.
Programme Overview
The MSc “Biomedical Engineering” is an interdisciplinary programme open for graduates of physics, computer science/engineering, medical technology/biomedical engineering, and mathematics. We expect a firm background in physics, computer science, and mathematics (at least 6 ECTS credits for each topics). The MSc emphasizes research and offers the option to work in the field of medical physics/biomedical engineering with a strong orientation on computer science. It meets the demand of specialists with not only the knowledge of the technical devices and their usage but also with potential to address the ever-increasing demand for programming abilities which are likely to dominate technical solutions in medicine in the future. Graduates of this master´s programme are well equipped for different positions in industry but also in research.
Aims & Main Learning Objectives
The aim of this programme is to enable students to work and/or carry out independent work and research in the field of biomedical engineering, particularly regarding those areas connected to computer science and medical physics.
Students who have finished this course should
- have fundamental knowledge in anatomy, physiology, biophysics, genetics, and mathematical modelling
- have fundamental knowledge in image analysis, visualization, bioinformatics and computer science related fields in biomedical engineering
- have detailed knowledge in modern optics and radiotherapy
- be able to bridge the gap between technologists and physicians
- be able to carry out a scientific (life-science related) project
- have the ability to solve practical technical problems in biomedical engineering, particularly regarding computer science
- have the ability to critically evaluate technical systems in a medical context
Career Perspectives
Graduates have the opportunities to move into positions in health/life-science industry including hospitals, research organisations and industry (e.g. producers of biomedical instruments/imaging systems, health-care oriented software, and pharmaceutical industry). With their expertise in computer science related topics, they find an ever increasing field in which programming knowledge is mandatory.
As the programme follows the guidelines of the German Association of Medical Physics (DGMP) as well as those of the European Federation of Organisations of Medical Physics (EFOMP), graduates may also qualify as state radiation protection commissioners after one year of practical work.
Eligibility and pre-requisites
The course is open to applicants from physics, computer science/engineering, medical technology/biomedical engineering, and mathematics holding a higher academic degree (equivalent to 180 ECTS, usually a Bachelors degree after at least 3 years of academic full time training). A strong basis of knowledge in physics, computer science and mathematics is an essential pre-requisite where formally we assume at least 6 ECTS credit points for each of the fields. In case of lacking credits there is the option to select appropriate courses at the University.
The language of instruction is English. Students for whom English is not their first language must provide evidence of proficiency, usually as IELTS band 6.5 or equivalent TOEFL score. Our TOEFL institutional code is 6446. Exemption from this requirement may be granted to those who completed their higher education in English (written proof required with application).
A maximum of 40 participants will be accepted each year.
-Professionally qualifying degree after at least 3 years of higher education (Bachelor, Diplom) in an Engineering or Natural Sciences subject or in Medicine or a comparable subject with at least 180 credit points. -Sufficient knowledge of English, e.g. TOEFL test with at least 520 points (paper-based), 190 points (computer-based), 68 points (Internet-based) or comparable language skills. German applicants: school grade of ‘satisfactory’ or better in English. Further details are governed by the admission and examination regulations.
The course is open to applicants from physics, computer science/engineering, medical technology/biomedical engineering, and mathematics holding a higher academic degree (equivalent to 180 ECTS, usually a Bachelors degree after at least 3 years of academic full time training). A strong basis of knowledge in physics, computer science and mathematics is an essential pre-requisite where formally we assume at least 6 ECTS credit points for each of the fields. In case of lacking credits there is the option to select appropriate courses at the University.
The language of instruction is English. Students for whom English is not their first language must provide evidence of proficiency, usually as IELTS band 6.5 or equivalent TOEFL score. Our TOEFL institutional code is 6446. Exemption from this requirement may be granted to those who completed their higher education in English (written proof required with application).
A maximum of 40 participants will be accepted each year.
-Professionally qualifying degree after at least 3 years of higher education (Bachelor, Diplom) in an Engineering or Natural Sciences subject or in Medicine or a comparable subject with at least 180 credit points. -Sufficient knowledge of English, e.g. TOEFL test with at least 520 points (paper-based), 190 points (computer-based), 68 points (Internet-based) or comparable language skills. German applicants: school grade of ‘satisfactory’ or better in English. Further details are governed by the admission and examination regulations.
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Heena Kapadia
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Ph:080-40802222
Cell: 9632969385
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