Dr. Jai-Pil Choi is a professor of Analytical Chemistry with expertise in electrochemistry
                                    and nanomaterials science. He earned his doctorate in Chemistry from the University
                                    of Texas at Austin in 2003, and then completed his postdoctoral training with support
                                    from National Science Foundation – Science and Technology Center at the University
                                    of North Carolina at Chapel Hill before joining the chemistry department in 2007.
                                    
                              
                              Areas of Specialty
                              
                              Dr. Choi teaches undergraduate and graduate courses in analytical chemistry such as
                                 CHEM 106 and CHEM 226, and directs both undergraduate and graduate research.
                              
                              The Choi lab is conducting extensive investigations of nanoscopic chemical materials,
                                 and Dr. Choi’s research interests include:
                              
                              
                                 
                                 - Synthesis, characterization, and functionalization of metal and semiconductor nanoparticles,
- Electrocatalysis for fuel cells,
- Sensor development based on electrogenerated chemiluminescence, electron transport,
                                    and molecular spectroscopy,
- Electron or energy transfer between donors and acceptors in the molecular and nanoparticle
                                    systems.
 
                        
                           Synthesis of nanomaterials, electrochemical and optical analyses of nanomaterials,
                              and applications of nanomaterials in chemical/biological sensing and energy conversions.
                              Analytical and nanomaterials chemistry; electron and energy transfer in the donor/acceptor
                              systems; sensor applications based on nanomaterials.