BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND - PowerPoint PPT Presentation

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS ABOUT THE DEPARTMENT CONSISTS OF The department of Bioengineering Systems was established in 1962 and was the 1st department in the country which started training certified specialists in the field of biomedical engineering.

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS ABOUT THE PROGRAM  Program: 120 ECTS credits, full-time study Master’s Degree (2 years)  An academic year includes 2 semesters beginning on 1 st September and 10 th February, winter holidays - 2 weeks, summer holidays - 2 months (July, August)

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS ABOUT THE PROGRAM  Skills of practical work with modern technologies and systems for disabled patient examination, ability of carrying out scientific research during the development of new systems for rehabilitation.  The program is done in collaboration with the Department of Applied Mechanics and Engineering Graphics of SPSETU

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS MASTER’S PROGRAM OVERVIEW CURRICULUM ACADEMIC HOURS Class hours Year Semester Practice Defense 1 792 288 - I 2 648 432 - 3 720 360 - II 4 - 756 324 Total 4320 The basis of the program was created in 2006 as Tempus Joint Project #27097 “Developing capability in Orthotic and Prosthetic Education for the Russian Federation” in close collaboration with University of Salford

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS Rehabilitation Systems & Technologies  Methods of Computer Processing &  Technologies for Estimation of Prosthetic  Analysis of Medical and Biological Data Objects characteristics Automation of Biomedical Research  Biomechanical Simulation of Prosthetic Objects  Simulation in Bioengineering Systems  Design & Development of Electronic  Modern Problems of Biomedical  Biomedical Systems engineering Computer Aided Design of Rehabilitation  Bases of Management & Marketing at  Equipment Medical Industry The Information Systems in Rehabilitation  Bioengineering Systems & Technologies  Automated Analysis of Images  Interdisciplinary project 

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS GENERAL EDUCATIONAL DISCIPLINES  Russian language  Social communication in a professional environment  Commercialization of research and development results

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS EDUCATION & RESEARCH FACILITIES Questions of prosthesis & Research and implants models development of construction m-Health systems for early diagnosis and remote monitoring of patient’s state

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS Intelligent EDUCATION & RESEARCH FACILITIES processing of data and Statistical signals (ECG, interpretation Foot scanning EEG, of upper and analysis Respiratory lower body during static waves ) movements position and dynamic movement

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS INTERNATIONAL COOPERATION PARTNERS  Federal Almazov Medical Reseach Center  Ilmenau University of Technology; (St. Petersburg)  Leibniz University of Hannover;  Lappeenranta University of Technology Aalto University;  St. Petersburg Scientific and Practical  The University of Salford (Manchester, UK) Centre of Medical and Social Expertise,  Helsinki Metropolia University of Applied Prosthetics and Rehabilitation named Science (Helsinki, Finland) after G. A. Albrecht (St. Petersburg)  Wien University of Applied Sciences (Wien, Austria)  Prague Technical University (Prague, the Czech  Federal State Budgetary Scientific Republic) Institution "Institute of Experimental Medicine"( FSBSI "IEM")

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS Graduates reviews Al - Juaidi Kamilia: “I liked everything here: at ETU students and professors are amazing! I enjoyed every moment here and really gonna miss this university. Studying at ETU opened my mind to what I want to do in my life” Abraham Idara Demas : “After studying there my biomedical level is very good. ETU is the best university. If I had an opportunity to repeat this Rafat Naser : “Studying at ETU was like a dream to me!I experience, I would for sure do this! You are spent two years there and wasn’t disappointed. I am sure always welcome at ETU. This university laid that my education will help me to find a good job in foundation to my future career” future.”

BIOENGINEERING SYSTEMS AND TECHNOLOGIES OF REHABILITATION AND PROSTHETICS Contact us Zafar M.Yuldashev, Daria Uverskaia Head of department International Student Recruitment & of Bioengineering Systems Support Manager Doctor of Science, professor master@etu.ru Yulia O. Bobrova Bioengineering Systems and Technologies for Prosthetics and Rehabilitation Program Coordinator Jobobrova@etu.ru