Why Chemistry at Cornell?
Chemistry involves understanding and manipulating matter at the molecular and atomic level. It is an experimental science, guided and inspired by theory. Chemists use careful reasoning and trial-and-error experimentation to create new molecules to explore new materials, study biological processes, and develop therapeutics, with the common goal of improving everyday life.
Cornell is an outstanding place to learn chemistry — understanding, investigating, and creating molecules and materials. The Department of Chemistry & Chemical Biology is home to leading researchers and educators having diverse interests and backgrounds. The undergraduate chemistry degree at Cornell is designed to teach students the art of chemical experimentation and the conceptual frameworks required to understand and manipulate matter at the molecular and atomic level. The major’s core is organized around the sub-disciplines of chemistry (analytical, biological, inorganic, organic, and physical) and is supported with coursework in mathematics and physics. As chemistry is a central science, the major supports a variety of upper-level electives with strong connections to biology, geology, engineering, and physics.
Roughly equal portions of each Cornell chemistry undergraduate class goes on to pursue graduate work in science and engineering, matriculate into medical school, or pursue other paths like law or teaching. Click here for information on the career paths of recent Chem graduates.
Students applying to Cornell with an interest in Chemistry should indicate their desire to major in Chemistry & Chemical Biology on the general application. More information can be found on the College of Arts & Sciences site.