This class introduces graduate students to the broad field of current organic, polymer and biological
materials and their applications. It is designed for students who have a basic background in
organic/polymer chemistry, physics, biochemistry as well as materials science. The nature of this
subject is such that the course must integrate organic chemistry, biology, and materials science. The
purpose for students is to master unique physical and chemical properties of organic, polymeric (versus
inorganic materials), and biological materials and their uses, to understand the relationship between
materials ’ structure and physical properties, and to employ various characterization techniques to
determine materials structure and order at various length scale. Finally, the course also introduces
applications of organic and biological materials in chem- and biological sensors, optical and
electronic devices. The materials will show how that they realize the state-of-the-art performance in
opto-electrical devices and impart their biocompatibility and bioactivity. After finishing the study of
this class, the students are expected to be familiar with the frontier research topics in organic and
biological materials and can read the literature with critical thinking.
The class is designed for students to master the fundamental knowledge in organic and biological
materials. At mean time, it is tightly combined with frontier research topics in the field, and more
importantly, a significant portion of the class will be devoted to the field of faculty research in the
department of MSE at SUSTC, such as organic opto-electrical materials and their application in organic
electronic device, as well as the application of biological materials in biomedical. The student is
required to be familiar with organic electronics and biomedical. Except to the theoretical study, the
students will be highly encouraged to participate in frontier research. The current research facility
at MSE provides the students excellent platform to carry out such research.