Bioengineering Systems and Technologies of Rehabilitation And Prosthetics

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Students get knowledge of prosthetics objects modeling and rehabilitation bioengineering systems design. They get skills of practical work with modern technologies and systems for disabled patient examination, the ability to carry out scientific research during the development of new systems for rehabilitation

Preferences for students

 
Our university can offer you grant on a competitive basis, which& partially covers the tuition fee (from 1 semester).

You can also receive travel grant on a competitive basis for participation in the academic mobility program, covering the full or part of the cost of tickets to get to your destination.

1. Masters of English-language programs also have access to short-term courses that improve their qualifications under preferential terms.

Academic Mobility

Partners

About the program

The program produces biomedical engineering experts who are able to use modern information, telecommunication and computer technologies to monitor and control the condition of chronically ill outpatients remotely. The graduates are also able to find out in real time if chronic diseases have exacerbated, input information on chronic disease exacerbation and condition changes of treated patients into databases.

Curriculum

First semester

• Telemedicine Systems and Technologies 
• Monitoring Systems in Digital Healthcare
• Methods of Computer Processing and Analysis of Medical and Biological Data
• Automation of Biomedical Research
• Basics of Management and Marketing at Medical Industry Enterprises 
• Automated Image Analysis

Second semester

• Technical Support of Medical Equipment
• Information Systems in Digital Healthcare
• Modern Problems of Biomedical Engineering 
• Bioengineering Systems and Technologies

Third Semester

• Foreign Language
• Commercialization of Research and Development Results
• Communication in the professional environment

Fourth Semester

• Practice
• Master Thesis

Research Opportunities

Study and research are carried out at the modern electronic laboratory ProLab CDIO. CDIO is an innovative education platform for producing next-generation engineers. It is a teaching structure for students to master the basics of engineering and technology as a part of the Conceive-Design-Implement-Operate (CDIO) chain for developing real-world systems and products.

Teaching Laboratories:

• Medical Systems (equipped with modern medical instrument)
• Computational Modeling of Biological and Bioengineering Systems;
• Electronics and Microprocessor Engineering;
• Display room (equipped with National Instruments work stations and visual programming tools).

Research Laboratories:

• Mathematical Methods and Computer-Aided Systems for Processing and Analysis of Biomedical Data;
• Bioengineering Measurement Computing Systems;
• Human Health Assessment Methods and Systems.
• Master’s students enrolled at the branch department Medical Information and Bioengineering Systems conduct research and attend practice-oriented classes at the Almazov National Medical Research Center, Biomechanics Laboratory and the Albrecht National Research Center for Prosthetics and Rehabilitation.

Areas of Research

1. Research and development of telemedicine systems for early diagnosis and patient monitoring.
2. Intelligent data processing (ECG, EEG, Respiratory waves), including preprocessing, pattern recognition and inference methods.
3. Development of new algorithms and software for intelligent diagnosis and long-term patient monitoring.

Additional Educational Opportunities

Winter and Summer Schools

To support the students, the Department holds summer and winter schools. Laboratory classes and practical sessions help students understand how the mobile apps for biomedical devices are developed and how the main scientific principles are applied in this area. 

Online courses

In 2018, professors from the Bioengineering Systems Department uploaded a new course in English entitled as The Development of Mobile Health Monitoring Systems to the online education platform Coursera. The course is aimed at teaching students to apply their knowledge on a variety of different topics – electronics, programming, mathematics – in medical device hardware and software development. If the students are interested in taking the course they can register at Coursera.

PhD in English

Continue your research and build your career with ETU “LETI”! Master’s program graduates can continue their study at the Post-Graduate level.

Career Opportunities

Program graduates are successful the field of practical healthcare. They are invited to work at large healthcare centers (hospitals, large clinics, diagnostic centers, medical examination centers for people with disabilities) where they build successful careers. They support and upgrade health monitoring and chronic disease control information and measurement systems, develop and support medical devices and equipment.  

The department cooperates with Almazov National Medical Research Center, National Research Institute for Experimental Medicine and Albrecht National Research Center for Medical Rehabilitation.

Professors

Admission Step by Step

Contacts

Contact Information

11.04.04 – Electronics and Nanoelectronics

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