Master in Bioengineering – Double Degree
Brno, Czech Republic
DURATION
2 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
Request application deadline *
EARLIEST START DATE
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TUITION FEES
EUR 1,000 / per year
STUDY FORMAT
On-Campus
* applications start 01/12/2023
Introduction
The Bioengineering degree program offers studies in the design and development of electronic devices and software applications applied in the fields of medicine and biology. The study program aims to prepare biomedical engineers to work in positions in companies focused on the medical segment and in research or development teams. Graduates will gain a good basis for independent scientific work and for continuing in doctoral study programs at domestic and foreign universities.
The overall objective of the courses in the curriculum of the program is to educate personnel for positions in companies that provide development and production of electronic medical systems, devices, and software development intended for clinical practice, to educate top professionals with high-quality knowledge in the field of bioengineering and applied informatics, who can cooperate also in highly interdisciplinary teams and participate in the rapid development of technologies intended for medicine.
The degree program also aims to provide a quality foundation for future students in university Ph.D. programs in medical electronics, medical informatics, medical imaging, and others.
Keywords: bioengineering, engineering, BUT, Master
The Bioengineering study program offers university studies in the field of design and development of electronic devices and software applications applied in the fields of medicine and biology. The study aims to prepare biomedical engineers for work in positions in companies focused on the medical segment and in research or development teams. Graduates will gain a good basis for independent scientific work and for continuing in doctoral study programs at domestic and foreign universities. The overall goal of the study program subjects is to educate employees for positions in companies that provide development and production of electronic medical systems, devices, and software development for clinical practice, to educate top experts with quality knowledge in bioengineering and applied informatics who can cooperate in highly interdisciplinary teams and participate in the rapid development of technologies for medicine. The aim of the study program is also to provide a quality basis for future students of university doctoral programs focused on medical electronics, medical informatics, medical imaging, and more.
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Admissions
Curriculum
1. year of study
winter semester
- MPA-SAD Acquisition Systems
- MPA-DVK Cardiac diagnostics
- MPA-PRM Computer-Aided Medical Diagnostics
- MPA-VMM Multidimensional Analysis of Biomedical Data
- MPA-BEZ Safety of Electrical Devices
- MPA-DRE Differential Equations in Electrical Engineering
- MPA-PSO Probability, Statistics and Operations Research
1. year of study
summer semester
- MPA-ABO Analysis of Biomedical Images
- MPA-DBS Biosystem diagnostics
- MPA-CTB Digital Technics in Bioengineering
- MPA-ZSZ Imaging Systems with Nonionizing Radiation
- MPA-MVP Methodology of Scientific Work
2. year of study
winter semester
- MPA-ACS Advanced Analysis of Biological Signals
- MPA-ZIZ Imaging Systems with Ionizing Radiation
- MPA-LET Laboratory and environmental technology
- MPA-MLR Machine Learning
- MPA-SPE Semestral Thesis
- MPA-MFY Modern Physics
- MPA-FPL Plasma Physics and Diagnostics
- MPA-KVE Quantum and Laser Electronics
- MPA-FPF Solid State Physics
2. year of study
summer semester
- MPA-MSB Diploma Thesis
- MPA-TBI Technology in Cellular Engineering
- MPA-TER Therapeutic Technology
- MPA-MEM Electromagnetic Field Modeling
- MPA-MBA Materials for biomedical applications
- MPA-NAN Nanotechnology
- MPA-NDD Non-Destructive Diagnostics and Physics of Dielectrics
Any year of study
winter semester
- XPA-CJ1 Czech language
- FIT History and Philosophy of Technology
- XPC-EPO Professional Ethics
- XPC-KPT Culture of Speech and the Generation of Texts
- RET Rhetoric
- MPC-VPZ Using the Laws of Nature in Engineering Applications
Any year of study
summer semester
- XPA-CJ1 Czech language
- FIT History and Philosophy of Technology
- XPC-EPO Professional Ethics
- XPC-KPT Culture of Speech and the Generation of Texts
- RET Rhetoric
- TPR Technical Law
- MPC-VPZ Using the Laws of Nature in Engineering Applications
- MPC-ZEM Basics of Electron Microscopy
Program Outcome
A Graduate of The Bioengineering Study Program, He Is an Engineer Who Has a Broad Technical Basis in The Areas of Medical Device Design, Artificial Intelligence, Cell Engineering, Medical Imaging, and Biological Data Processing.
The Graduate Will Be Able
- work in An Interdisciplinary Team of Doctors, Biologists, Computer Scientists, and Technicians, Will Be Very Prepared Linguistically and have quality Soft Skills, Including Project Activities,
- work with Scientific and Professional Information, Present and Defend the Results Achieved,
- further Educate and Develop Their Knowledge and Skills in Line with The Rapid Development of Knowledge in The Field of Biomedical Engineering and Medical Informatics,
- Continue further Studies in Doctoral Study Programs.
Graduates Will Be Able To
- apply to Companies that Provide Development, Production, Distribution, and Service of Medical Devices, Devices, and Software Intended for Clinical Practice,
- work in Interdisciplinary Teams of Top Research Centers as A Researcher,
- Hold positions in Clinical Operations, Hospitals, Laboratories, and Tissue Banks.
What Degree Programme Types May Have Preceded
The Graduates May Continue in A Doctoral Study Programme.
Career Opportunities
Graduates of the Master's program in Bioengineering can participate in interdisciplinary team projects together with physicians, informatics, and technicians, including projects in research centers at the international level, where graduates should be able to include professional communication in English. The deep foundation and acquired skills in the field of signal and image processing and data analysis, in the design and construction of complex electronic (not only) medical systems, but also the field of biomedical physics, will provide graduates with opportunities for wide application in practice. Graduates of the master's program will also be sufficiently theoretically prepared to work in applied and experimental research in the field of biomedical engineering, they will be able to apply to companies that provide development, production, distribution, and service of medical devices, devices and software for clinical practice, but also in positions in clinical operations, hospitals, laboratories, and tissue banks. Graduates will also be sufficiently prepared for continuing education in doctoral study programs.
Program Admission Requirements
Show your commitment and readiness for Grad school by taking the GRE - the most broadly accepted exam for graduate programs internationally.