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Undergraduate Program for Specialty in Biomedical Engineering

| Date：2013-05-13

 

Undergraduate Program for Specialty in BiomedicalEngineering
Ⅰ．Educational Objectives
This program nurtures high-quality technical talents with a broad adaptability and spirit of innovation, capabilities of such job fields related to biomedical engineering, medical equipment, and other departments such as electronic technology, computer technology and information industry, including system designing, information processing, teaching and management. With integrated development of morality, intelligence and physique the students of this program will have basic theory of life science, electronic technology, computer technology and information science, and the scientific research ability of combination of medicine and engineering.
Ⅱ．Skills Profile
Students of this program will accept education in the basic technology including Life Science, Electronics, Computer Technology,Information Science, etc. They can also accept basic training which is the application in medical science of those subjects, and have the abilities of analyzing and solving the problems in biomedical engineering.
Students in this program should acquire the knowledge and abilities as follows:
1. The basic principles of electronic technology and design methods;
2. The basic theory of signal detection and signal processing and analysis;
3. The basic biomedical knowledge;
4. Ability in applications of microprocessor and computer technology;
5. The initial research and development ability of biomedical engineering;
6. Solid foundation in mathematics and physics, and good foundation in humanities, sociology and managerial science, and the comprehensive ability in applications of a foreign language;
7. Understanding of the trend of the latest development in this subject;
8. The basic method of document retrieval and data query;
9. The ability of acquiring knowledge independently and a sense of innovative.
Ⅲ．Major Disciplines
Biomedical Engineering, Control Science and Engineering, Computer Science and Technology
Ⅳ. Main Courses
FoundationMedicine, Human Anatomy, Biomedical Signal Processing, Quantitative Physiology, Analog and Digital Electronic Technology, Biomedical Sensors and Measurement, Medical Image Processing, Medical Equipment, Medical Imaging Technology, Computer technology (language, software foundation, hardware foundation, SCM, etc.) and its application in medicine, Digital Signal Processing, Automatic Control Theory.
V. Internship and Practical Training
Military Training，Metalworking Practice，Electronic Practice，Analog and Digital Electronic Technology Curriculum Design, Basic Medicine Experiment, Engineering Optics Experiment, Biomedical Sensors and Measurement Experiment, Single-chip Microcomputer Principle and Interface Technology Curriculum Design, Medical Signal Processing and Image Processing Experiment, CognitionPractice, Course Project, Production Practice, Microcomputer System of Medicine Experiment, Graduation Practice, Graduation Project.
VI. Length of Schooling
Duration: 4 years
VII. Degree Conferred
Bachelor of Engineering
VIII. Hours /Credits of Course system

Course Classified
Course
Nature
Hrs/Crs
Percentage (%)
Basic Courses in General Education
Required
1142/70.5
35.08
Elective
200/10
4.98
Basic Courses in Discipline
Basic Courses in Discipline
Required
484/29.5
14.68
Courses in Specialty
Basic Courses in Specialty
Required
304/19.0
9.45
Specialized Elective Courses
Elective
160/10.0
4.98
Specialty-Oriented Courses
Required
192/12.0
5.97
Practice Education Modules
In-class Series of Teaching Practice
Required
36
17.91
Series of Individual Development Education
Required
4
1.99
Extracurricular Practice Education Modules
Required
10
4.98
Total
2482/201
100

 
IX Teaching Schedule
Project
 
Week
 
Semester
Theory Teaching
Examine
Internship and Practical Training
Entrance Education
Graduation Education
Personality Development Education
Flexible Time
Total
Winter and Summer Vacation
Military Training
Practice
Course Project
Specialized Experiment
Graduation Project
1
15
2
2
 
 
 
 
1
 
 
 
20
5
2
15
2
 
2
 
 
 
 
 
 
 
19
8
3
14
2
 
2
1
 
 
 
 
 
 
19
5
4
16
2
 
 
1
 
 
 
 
 
 
19
7
5
16
2
 
 
1
 
 
 
 
 
 
19
5
6
12
2
 
3
2
 
 
 
 
 
 
19
8
7
7
2
 
2
1
2
 
 
 
6
 
20
5
8
 
 
 
 
 
 
17
 
1
 
1
19
8
Total
95
14
2
9
6
2
17
1
1
6
1
154
51
 
X. Table of Teaching Schedule
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theory）
（Experiment）
（Computer）
Basic Courses in General Education
Morals & Ethics & Fundamentals of Law
Required
3.0
48
48
 
 
1
Basic Theory of Marxism
Required
3.0
48
48
 
 
1
Current Affairs and Policy
Required
2.0
32
32
 
 
8
General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics
Required
2.0
32
32
 
 
3
General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics
Required
2.0
32
32
 
 
4
Survey of Modern Chinese History
Required
2.0
32
32
 
 
2
College English （Ⅰ）
Required
4.0
64
48
 
16
1
College English （Ⅱ）
Required
4.0
64
48
 
16
2
College English （Ⅲ）
Required
4.0
64
48
 
16
3
College English （Ⅳ）
Required
4.0
64
48
 
16
4
Physical Education(Ⅰ)
Required
1.5
30
30
 
 
1
Physical Education（Ⅱ）
Required
1.5
30
30
 
 
2
Physical Education（Ⅲ）
Required
1.5
30
30
 
 
3
Physical Education（Ⅳ）
Required
1.5
30
30
 
 
4
Military Theory
Required
1.0
16
16
 
 
1
Basis of University Computer
Required
3.0
48
24
 
24
1
Advanced Programming Language C
Required
4.0
64
36
 
28
3
Advanced Mathematics (1)
Required
5.0
80
80
 
 
1
Advanced Mathematics (Ⅱ)
Required
5.5
88
88
 
 
2
Linear Algebra
Required
2.0
32
32
 
 
2
Probability Theory and Mathematical Statistics
Required
3.0
48
48
 
 
3
Complex Function and Integral Transformation
Required
4.0
64
64
 
 
3
 
College Physics
Required
4.5
72
72
 
 
2
College Physics Experiment
Required
1.5
30
 
30
 
2
Elective Courses in General Education
Students are required to repair full 10 credits, science, engineering and medical students must repair quite 6 credits in philosophy and social sciences, economic management classes, art and sports courses in four years.
 
 
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theory）
（Experiment）
（Computer）
 
Basic Courses in General Discipline
Circuit Theory (1)
Required
3.5
56
56
 
 
2
Circuit Theory (Ⅱ)
Required
4.0
64
64
 
 
3
Circuit Experiment
Required
1.5
30
 
30
 
3
Analogous Electronic Technical Basis
Required
3.0
48
48
 
 
3
Digital Electronic Technical Basis
Required
4.5
72
72
 
 
4
Electronic Technical Basis Experiment
Required
1.5
30
 
30
 
4
Engineering Drawing
Required
3.0
48
48
 
 
1
Automatic Control Theory
Required
4.5
72
66
6
 
5
Single Microcomputer Theory and Application
Required
4.0
64
54
10
 
6
 
Basic Courses in Discipline
Engineering Electromagnetic Fields
Required
2.5
40
40
 
 
4
Anthropotomy
Required
2.0
32
32
 
 
4
Engineering Optics
Required
3.0
48
40
8
 
5
FoundationMedicine
Required
4.0
64
52
12
 
5
BiomedicalElectronics
Required
3.5
56
46
10
 
6
DigitalSignalProcessing
Required
3.5
56
46
10
 
6
 
Course
Classi-
fied
Course Name
Course
Nature
Credits
Course Hours
Distribution
Semester
（Total）
（Theory）
（Experiment）
（Computer）
Specialty-Oriented Courses Discipline
Biomedical Sensors and Measurement
Required
3.0
48
40
8
 
5
Medical Imaging Technology and Image Processing
Required
3.5
56
46
10
 
7
MedicalEquipment
Required
3.5
56
48
8
 
7
Biomedical Signal Processing
Required
2.0
32
26
6
 
7
Specialty- Elective Courses
Information Retrieval
Elective
2.0
32
26
 
6
5
Matlab Language Basic
Elective
2.0
32
16
 
16
4
Specialty English
Elective
1.5
24
24
 
 
6
Introduction to Biomedicine Engineering
Elective
2.0
32
32
 
 
5
Electronics Circuit Design
Elective
2.0
32
16
16
 
4
Physiological and Biochemical Knowledge
Elective
3.5
56
44
12
 
6
Medical Ultrasound
Elective
2.0
32
32
 
 
7
Fundamentals of Mechanical Design
Elective
2.5
40
38
2
 
7
Internet and Telemedicine
Elective
2.0
32
32
 
 
7
Quantitative Physiology
Elective
2.0
32
32
 
 
7
Virtual Instrument Technology
Elective
2.0
32
20
12
 
6
Signals and Systems
Elective
3.0
48
48
 
 
5
Fieldbus Technology
Elective
2.0
32
32
 
 
7
Computer in Medicine
Elective
2.5
40
30
10
 
6
 
Course Classified
Practical Training
Practice Training Course Name
（Cores）
Distribution
Semester
（Weeks）
Internship and Practical Training
ning
Military Training
2.0
1
2
Social Practice
2.0
5
 
Metalworking Practice
2.0
2
2
Electronic Practice
1.0
3
1
Cognitionpractice
 
1.0
3
1
Course Project
6.0
3,4,5,6,7
6
Production Practice
3.0
6
3
Microcomputer System of Medicine Experiment Experiment
2.0
7
2
Graduation Practice
 
2.0
7
2
Graduation Project
16.0
8
17
Extracurricular Practical Training
Students must take full 10 credits on extracurricular practice training series.
Personality development education
Students must take full 4 credits on personality development education Centralized arrangement in the seventh semester, a total of 6 weeks