Last Updated on April 14, 2021
If you wish to learn how engineering principles is applied in the medical sciences? Then the bachelor of biomedical engineering degree is just a perfect choice for you. The biomedical engineering degree is a perfect engineering degree for individuals who wish to apply engineering principles to medical problems.
Successful graduates of the Bioengineering bachelor degree have a thorough understanding of natural sciences and engineering. On top of this, they have acquired insight into the three areas of modern biotechnology, i.e., red (medicine), green (agriculture) and white (industry) biotechnology. Furthermore, graduates have gained core competencies in the fields of economics, law, communication and presentation, as well as market analysis and marketing research.
Successful graduates are qualified for careers in different areas of the chemical, pharmaceutical, or biotechnology industries, in research institutes or governmental agencies, as well as in the food industry or in agrotechnology, environmental management, or waste management.
Admission Requirement For The Bachelor of Biomedical Engineering Degree
High School certificate for EU Citizens
GCE A’Levels or One Year University Studies for NON EU Applicants
The required documents:
- Printed and signed online application form
- Copies of school learning certificates with grades from the 10th school year upwards. These must be translated into German or English and attested by the German embassy/ consulate in the home country.
- Language certificates
- CV with photo
- Copy of passport or national ID card
- If necessary, proof of previous studies and results
There are no tuition fees for this degree program.
About The Bachelor of Biomedical Engineering (Bioengineering) Degree
Modern biotechnology, or bioengineering, is a complex, multi-faceted field. On the one hand, bioengineering focuses on the development of new products from biological systems, for example, detergents, cosmetics, and active pharmaceutical ingredients. On the other hand, its scope extends beyond that. The Bioengineering bachelor degree extends to developing and realising solutions to the challenges of the future: finding cures for diseases, reversing the effects of climate change, finding alternative resources and fuel sources, and addressing the health-related issues of an ageing human population. These examples all share a common link: a discipline which bridges the gap between the natural sciences and technology and applies these fields to (parts of) living organisms.
The Biomedical engineering degree provides a thorough understanding of the diverse and complex aspects of biotechnology. From the very first semester, the tight intermeshing of natural and engineering sciences allows you to fully understand and utilise the potential of biotechnology.
The Biomedical engineering bachelor degree is carried out with different forms of interactive learning, such as lectures, seminars, lab courses, internships, exercises, and project works, are used to impart the following:
1) classical educational contents (e.g., mathematics, physics, chemistry, cell biology, and microbiology, but also basics of law and management) and
2) state-of-the-art bioengineering subjects (e.g., enzyme engineering, bioprocess engineering, molecular biology)
Intensive supervision in small groups and excellent facilities in modern laboratories enhance the learning experience and allow students to train on industry-standard equipment.