Chemistry - Faculty

CHEM 116      Introduction to Chemistry

CHEM 340      Organic Chemistry I

CHEM 341      Organic Chemistry I Lab

CHEM 342      Organic Chemistry II

CHEM 343      Organic Chemistry II lab

CHEM 398      Undergraduate Seminar

CHEM 540      Organic Reactions

CHEM 541      Advanced Organic Chemistry

Organic

Organic and organometallic synthesis, catalytic oxidations, kinetic studies 

Our research primarily focuses on developing novel methods for oxidative transformations, inspired by the ubiquitous cytochrome P450 enzymes. The ultimate goal is to better understand key biological oxidation reactions and discover highly efficient, enzyme-like oxidation methods. Through these projects, we promote academic excellence and foster research activities by offering real-world applications and hands-on laboratory experiences. With support from NSF funding, we have investigated the reaction of organic compounds with atmospheric oxygen using a catalyst in a process called catalytic aerobic oxidation. This process is one of the most essential methods used on a large scale to produce valuable chemicals, remediate pollutants, and generate energy. In our current project, we are developing bio-inspired photocatalysts that function with light to harness sunlight for activating and incorporating atmospheric oxygen into inexpensive materials, enabling the production of high-value commodity chemicals. By utilizing abundant solar energy and atmospheric oxygen instead of chemical reagents, this approach is more sustainable, reduces chemical waste, and has the potential to lower the economic costs associated with chemical production.