Direction, code 12.03.04
Biotechnical Systems and Technologies
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Cost of training per year
About the training program
We train future specialists in the field of engineering and computer graphics, materials science, machine parts, electrical engineering and electronics - a specialist with spatial thinking, understanding the anatomy and physiology of a person who is versed in the biocompatibility of materials and devices, an expert in the field of medical and technical safety. Students in the biotechnology degree program are accomplished professionals who are pursuing the degree to continue their career advancement, they work in fields like biotech, academic research, pharmaceuticals.
What you will learn
- Economics and basis of project management
- Architecture and application of neurofeedback complexes
- Planning of medical and biological experiment
- Nonlinear acoustic systems in medical diagnostics
- Acoustic methods and tools in medical sphere
- Technical methods of diagnostics and therapeutic modality
- Microprocessor technics and programmable integrated circuits
- Methods of biomedical signals and data processing and analysis
- Components of biotechnical elements
- Medical tools, devices, systems and complexes
- Morphology and anatomy of human
- Computer technologies in biomedical researches
What do graduates do for a living?
If you wanted to participate in the creation of high-tech medical devices, biomechanical prostheses, robotic medical complexes, artificial organs and life support systems and gain knowledge and competencies in electronics, robotics, biophysics, biomechanics and biochemistry, you have chosen good program. Biotechnology represents the coming together of two disparate subject areas: biology and technology. It combines theories studied closely in natural sciences and engineering degrees and applies these to real-world concerns.