Research in our laboratory lies at the interface of organic chemistry, materials chemistry, and nanotechnology. We develop new methods for the immobilization of synthetic polymers, small molecules, and biomolecules, and conduct fundamental studies to better understand the surface chemistry that governs the immobilization processes. We are also developing methodologies to create surfaces that can provide functions such as biocompatibility and molecular recognition for biomaterial and biomedical applications.

Surface chemistry is inherently multidisciplinary, therefore, our research involves a variety of activities including organic/polymer synthesis, materials characterization, nanofabrication, and surface analysis. We collaborate with colleagues in biology, physics, and engineering applying our surface techniques in bionanotechnology and nanoelectronic applications.

Students graduated from our laboratory have found employment in academia and industrial sectors including semiconductors, biotechnology, and chemical analysis.