William S. Case

William S. Case is a faculty member and academic administrator at Converse University, where he serves as Provost and Vice President for Academic Affairs. He began his tenure in 2015 as an Assistant Professor in the Department of Chemistry within the College of Arts and Sciences. His academic work spans research in analytical chemistry and pedagogical innovation in chemical education.

Research Interests:

• Separation Science
• Spectroscopy
• Electrochemistry
• Chemical Education
• Biosensor Development
• Analytical Chemistry
• Biochemistry

Dr. Case's research focuses on developing first-generation amperometric biosensors for detecting galactose, with applications in diagnosing galactosemia. His work integrates nanomaterials like xerogels and carbon nanotubes to create enzyme-immobilized scaffolds for selective analyte detection. He promotes technology-enhanced teaching, including flipped classrooms and online learning tools.

Recent Research Trends:
His recent publications emphasize biosensor design, enzyme immobilization, and electron transfer studies using advanced nanomaterial platforms. The work bridges fundamental electrochemistry with clinical diagnostics, particularly in detecting small biomolecules. Several publications also highlight innovations in chemistry education and interdisciplinary approaches.

Scientific Awards:

• $127,000 DRP Target Faculty Grant from SC INBRE
• 2017 SCICU Excellence in Teaching Award

Advising and Grants:
Dr. Case has mentored undergraduate researchers, including student co-author C. Steele. He secured significant external funding early in his career through the SC INBRE grant program, supporting his biosensor research. He continues to contribute to academic leadership while maintaining scholarly engagement.

Labs and Research Teams:
His research is conducted in collaboration with undergraduate students and external partners, focusing on biosensor development. The lab explores xerogel-based matrices, enzyme immobilization techniques, and selective membrane integration for clinical sensing applications.