Bioengineering
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Profile
Harness the power of biology and engineering to create innovative solutions for the healthcare industry and beyond with Rhine-Waal University of Applied Sciences’ B.Sc. in Bioengineering. This three and a half year, full-time program equips you with the scientific knowledge, engineering expertise, and practical skills to become a well-rounded bioengineer.
Develop a Strong Foundational Knowledge: Gain a comprehensive understanding of core biological principles, including biochemistry, cell biology, human physiology, and molecular biology. Master the engineering fundamentals of mechanics, electronics, materials science, and thermodynamics.
Interdisciplinary Approach: Bridge the gap between biology and engineering by learning to apply engineering principles to solve biological problems. Explore various bioengineering disciplines such as medical technology, biomaterials, tissue engineering, bioinformatics, and biosystems engineering.
Project-Based Learning: Develop your problem-solving abilities and practical skills through engaging bioengineering projects. Work on real-world challenges in collaboration with professors and industry partners. You might design medical devices, analyze biological data, or develop innovative solutions for the healthcare sector.
Industry Exposure: Gain valuable insights into the professional world through guest lectures from industry professionals, site visits to leading biotechnology companies and research institutions, and potential internship opportunities.
Professional Preparation: The program prepares you for a successful career in the dynamic field of bioengineering. You’ll gain the knowledge and skills necessary to develop new medical devices, biocompatible materials, and other bioengineering solutions. The program also covers topics like project management, communication, and intellectual property, preparing you for various professional settings.
Graduates emerge as versatile bioengineering professionals prepared for diverse careers in various fields, including:
- Medical device development
- Biomaterials science
- Tissue engineering
- Bioinstrumentation
- Biopharmaceutical engineering
- Bioinformatics and computational biology
- Research and development in biotechnology companies
- Medical technology firms
- Pharmaceutical companies
- Government agencies regulating medical devices and biotechnologies
- Further studies in bioengineering, biomedical engineering, or related fields (e.g., medical physics, bioinformatics)
Notes
All international applicants without a university entrance qualification earned in Germany must apply through uni-assist.
Semester fee: €293.
Admissions Requirements
Secondary school diploma, high school diploma or general certificate of education (ordinary and advanced levels). Completion of an 8-week internship (this is not required for initial admission, but must be completed by the 4th semester in order to continue the second half of your studies).
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Related Programs
Additional Information
- Bachelors
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- Not Required