Why Chemistry?

Chemistry is often called the “central science,” as understanding molecules and their behavior is critical to physics, biology, environmental science, medicine, and engineering. Thus, studying chemistry is excellent training for a broad range of careers, including research and development, medicine, education, biotechnology, pharmacology, science writing, law, and government, among others.

Our students gain the following marketable proficiencies:

Scientific Literacy

Foundational courses build essential knowledge in chemistry, while upper-level courses provide in-depth knowledge and the skills to critically evaluate scientific claims in both literature and media.

Problem Solving and Evidence-based Reasoning

Throughout the course progression, students acquire the tools necessary to identify and evaluate problems and propose solutions by applying mechanistic and quantitative analysis.

Laboratory Proficiency

Laboratory courses in organic, analytical, and physical chemistry introduce hands-on training in contemporary laboratory techniques and instrumentation, as well as data acquisition, data analysis, and computational methods.

Research Methodology

All majors participate in a culminating experience though Capstone or Honors research, which provides them with advanced training in designing and executing an independent project.

Technical and Scientific Communication

Students receive training in written communication beginning with lab reports in their foundational coursework and culminating with oral presentations and written summaries of their senior Capstone or Honors research.