Dr. Hui-Chun Lee

 Design, Synthesis and Surface Functionalization of In/Orgnic Nanoporous Materials  Controlled Thermal and Photo- Polymerization  Heterogeneous Liquid-Phase/ Photo-catalysis

 Constructed ISO13485-Based Lab. for Biomedical Technology (Budget: 10 million NT$)  Integrated Six-Sigma and Patent Strategy  Surface Investigations ofBiomedical Devices (Budget: 3.5 million NT$)

 Synthesis of Blockcopolymers (BCPs) and Nanoporous SiO2 Templates (Sol-Gel)  Surface Functionalization and Characterization  Bio-mimetic/ Environment-Selective Delivery Systems

 Dissertation: Toward Ultimate Control of Polymerization and Catalytic Property: A Combination of Metal-Organic Frameworks and ATRP (Magna Cum Laude Award)  Prof. Dr. Markus Antonietti

 Master's thesis: Functionalized Nanoporous Gyroid SiO2 with Double Stimuli-Responsive Properties as Environment-Selective Delivery Systems (GPA: 4.25 / 4.3)  Prof. Dr. Rong-Ming Ho

 Bachelor's thesis: Analysis of Salt Tolerance in Chlorella sp. DT Transformants Overexpressing Ice Plant Stress-related Protein Kinase SNF1 (GPA: 3.91 / 4)  Prof. Dr. Yen, Hungchen E.