Biomedical Engineering (Biomedical Engineering, referred to as BME) is a combination of science, engineering and medicine of fringe disciplines, is a variety of engineering disciplines to biomedical penetration of the product. It is a comprehensive and high-tech discipline that utilizes the principles and methods of modern natural science and engineering technology to study the structure, function and interrelationships of the human body at multiple levels from the perspective of engineering, to reveal the phenomena of its life and to provide new technological means for the prevention and treatment of diseases. Biomedical engineering academic degree graduate students to cultivate a solid theoretical foundation, engineering practice ability, high comprehensive quality, and has a certain degree of innovation ability of applied, complex high-level engineering technology and management personnel.
The biomedical engineering program of Chengde Medical College mainly relies on the Department of Biomedical Engineering.The Department of Biomedical Engineering was established in 2004, and began to recruit medical biotechnology (medical equipment direction) and computer application technology specialist students in 2005, bioinformatics undergraduate majors in 2014, and biomedical engineering undergraduates in 2016.In 2019, it was approved as an academic degree authorization for biomedical engineering by the Ministry of Education. Approved as an academic degree authorization point of biomedical engineering, and began to enroll master's degree students in 2023. The Department of Biomedical Engineering has six teaching and research departments (Biomedical Engineering Teaching and Research Department, Medical Equipment Science Teaching and Research Department, Medical Informatics Teaching and Research Department, Computer Teaching and Research Department, Mathematics Teaching and Research Department, and Physics Teaching and Research Department), two experimental centers (Biomedical Engineering Experimental Center, Computer Experimental Center), one blood rheology and cellular molecular research laboratory, one student work office, and one college office. Teaching team***35 people, age 26 to 55 years old, average age: 42.6 years old; 4 full senior titles, 6 associate senior titles; 10 PhD, 24 masters. There are 8 master's degree supervisors. The academic background of the whole academic team includes biomedical engineering, clinical medicine, biology, biophysics, condensed matter physics and other multi-specialties, and the personnel echelon is reasonable and the research direction is clear, which lays the foundation for the long-term stable development.
The discipline has now formed a cross-disciplinary and emerging disciplines with Chiba University in Japan, University of Malaysia Botera, Affiliated Hospital of Chengde Medical College, Tianjin TEDA Cardio-Cerebral Vascular Hospital, Chinese Academy of Military Medical Sciences and other units of the combination of industry, academia, research and medical-industrial fusion, to carry out quantitative research on the life process and system integration, and to gradually improve the discipline in the areas of biomaterials, biomechanics and biomedical informatics, and to cultivate high-level biomedical engineering research level. The research level of biomaterials, biomechanics and biomedical informatics, etc. will be gradually upgraded, and high-level biomedical engineering talents will be cultivated to meet the increasing demand for multidisciplinary cross-fertilization. The Laboratory of Blood Rheology and Cellular and Molecular Research at the main campus mainly includes a blood rheology room, a molecular biology room, and a cell culture room, which can carry out research on blood viscosity, blood cell analysis, the rheological properties of red blood cells, protein and gene analysis, and so on. The Biomedical Engineering Laboratory Teaching Center is equipped with sub-labs such as Medical Physics Laboratory, Sensor Laboratory, Medical Electronic Assembly Laboratory, Medical Equipment Laboratory, Electronic and Electrical Engineering Laboratory, and Computer-aided-cum-Virtual Simulation Laboratory, etc. The center has a multi-functional physiological measurement system, a small magnetic *** vibration imaging system, anesthesia and respiration simulation system, a virtual simulation experimental system, and a sensor design and measurement system, etc., which provides the students with It provides students with the basic conditions for innovation and design. The Computer Laboratory Center has a multimedia digital machine room with Apple imac OSX operating system and simulation practice system, which can undertake the National Computer Grade Examination, Photoshop Image Processing and Innovation of Information Application and Skills, and the National Competition of Computer Application Ability and Information Literacy for College Students. Laboratory area of 1200 square meters, can provide a better teaching practice place for the training of biomedical engineering masters, to ensure the quality of practical teaching, for the training of master's degree students to provide a guarantee condition.
Current Research Direction: (1) Biomechanics: This discipline consists of academic backbone teachers who have been engaged in teaching biophysics, theoretical physics and biomechanics for many years, undertaking many topics at all levels and publishing many high-level papers. The main research areas are the study of biomechanical properties of erythrocytes and reticulocytes, the study of blood rheology in rats with metabolic disorders (e.g., hyperuricemia, hyperlipidemia, etc.), and the effect of external stimuli (e.g., laser irradiation, cobalt irradiation, use of contrast media, etc.) on the mechanical properties of erythrocytes. (2) Biomaterials: This discipline consists of science, engineering and medicine backbone faculty with many years engaged in physiology, molecular biology, cell biology, neurobiology and engineering disciplines convergence, the main areas of research are the metabolic syndrome intervention mechanism of natural biominerals, nanosilver clusters of DNA fluorescent structure of the treatment of malignant tumors, biomaterials for tissue repair, neurobiological engineering and other directions.
Postgraduate exams have questions, do not know how to summarize the content of the examination points of the examination, is not clear about the local policy of the examination registration, click on the bottom of the consulting official website, free of charge to receive review materials:/yjs/