Meet Our Students

Students with Prof. Prasad.
Introducing the College Ambassadors!

Meet Will and Meghan, the department's undergraduate Ambassadors for the College of Arts and Sciences. College Ambassadors are student volunteers who have been nominated by faculty and staff after demonstrating a commitment to academic excellence and community engagement. 

Will Roberts.
Will Roberts

“In addition to the many opportunities for research that the Chemistry Department provides, it offers a welcoming and encouraging home on campus for any student interested in exploring the field.”

Meghan Sullivan.
Meghan Sullivan

"What I like most about the Department of Chemistry at UB are the resources to get involved in the chemistry community, such as UBChemClub, and the many opportunities to be involved in high-impact research as an undergraduate."

UB’s Department of Chemistry is home to students, staff, and faculty from around the world. We are proud of the extraordinary geographical and cultural diversity within the UB Chemistry Community! The map below highlights home towns of our graduate students, undergraduate majors, postdocs, staff, and faculty. 

Click on the map for a detailed view!

World map with pins showing where UB chemists are from.

Graduate Research Highlights

  • May 2017: Patrick Burns
    7/10/19

    "The research I do focuses on the synthesis and analysis of paramagnetic transition metal complexes made of macrocyclic ligands with pendent arm to coordinate to the metal ion." 

  • April 2017: Daniel Miller
    2/4/19

    "My research is focused on better understanding the chemistry involved in molecules being adsorbed to metallic surfaces and what properties exhibited by such systems are useful." 

  • March 2017: Amaris C. Borges-Muñoz
    2/4/19

    "My research focuses on the development and evaluation of new stationary phases for liquid and supercritical fluid chromatography." 

  • February 2017: Darleny Lizardo
    11/22/22

    "My research focuses on the functional involvement of lipids in different cellular processes, including senescence, using global LC-MS-based lipidomics."