(undergraduateProgram)
Discipline prospects: As the“Healthy China 2030” Action Planning Outlineindicates, China is committed to "develop advanced medical devices with independent intellectual property rights", and provide technology and equipment support for treating major diseases. Innovations for producing advanced medical diagnostic equipment, such as equipment for Smart Health and Precision Medicine, entail strong biomedical engineering. The discipline both caters to the advances in the development of innovative medical devices and the cross-fertilization of engineering with medical and science disciplines. In the QS World University Rankings, Biomedical Engineering has topped the "10 Most Popular Subjects in the United States" since 2012.
Discipline objectives: The discipline carries out original device research and development focusing on key scientific issues in life medicine following engineering principles and methodologies, and provides new technology and equipment support for major disease research and treatment. It aims to nurture high-caliber researchers and engineering talent for research and development, teaching, and management in biomedical engineering, medical devices, electronics, computer science, and information industry.The discipline is highly practical, closely aligned with industrial needs, and has good employment prospects.
Admission category: The major of Electronic Information Engineering (Medical Information Technology and engineering) plans to enroll 30 students in 2020.The students will be trained according to the major of Biomedical Engineering after admission.
Years of study:Four years.
Degree: Bachelor of Engineering.
Core courses: Data Structure and Algorithms; Signals and Systems; Electronic Devices and Circuits; Digital Image Processing; Physiology and Anatomy; Biomedical Imaging; Biomedical Photonics; Biomedical Digital Signal Processing; Biomedical Metrics and Device; Sensors and Detection Technology; and Machine Learning and Artificial Intelligence.
(postgraduate)
Discipline objectives:The discipline carries out original device research and development focusing on key scientific issues in life medicine following engineering principles and methodologies, and provides new technology and equipment support for major disease research and treatment. It aims to nurture high-caliber researchers and engineering talent for research and development, teaching, and management in biomedical engineering, medical devices, electronics, computer science, and information industry.The discipline is highly practical, closely aligned with industrial needs, and has good employment prospects.
Degreeconferment: Those who have completed the courses, passed the exams, completed the required credits, met the basic requirements of scientific research achievements for the degree application of professional degree category, and passed the defense of master's thesis will be awarded the diploma and master degree certificate recognized by the Ministry of Educationof the People's Republic of China.
