DOCTORATE IN BIOMEDICAL ENGINEERING

 School of Materials Science and Engineering Doctoral Degree Curriculum for a Ph.D. in Biomedical Engineering

Major: Biomedical Engineering

School Number: B20802

1.    Education Objectives

Upon completion of the doctoral program, a doctoral student should possess a sense of responsibility to society, a world view and a creative, innovative spirit in order cultivate superior talent and ability. Doctoral students must pursue all aspects of their work using scientific thinking, by practicing effective scientific research methods and by employing their broad knowledge of fundamental biomedical engineering theories and strong professional knowledge. They must be familiar with and grasp many aspects of their discipline’s current developments and must be adept at employing scientific and technological practices to guide scientific development. Graduates must be able to direct scientific research, and technological development projects. They must rigorously pursue the truth, collaborate with colleagues, and be willing to dedicate themselves to the scientific spirit and cultural and human development. Students should make use of their knowledge of biomedical engineering to teach, conduct research and manage projects with a high degree of professional skill and personal ability.

2.    Research Areas

1)      Bioactive Materials

2)      Materials for Drug Delivery and Controlled Release

3)      Materials for Gene Delivery

4)      Nano-biomaterials and technologies

5)      Surface Modification of Biomaterials

6)      Materials Related to Tissue Engineering

3.    Courses Offered

The total number of credits required for the completion of a doctoral degree is a minimum of 15, with at least nine credits of core courses, at least four credits of technical elective courses and two credits of required courses.