Undergraduate

Outdoor magnetic resonance lab experience

Outdoor magnetic resonance lab experience

Magnetic resonance using the Earth's magnetic field

Magnetic resonance using the Earth's magnetic field

Mrs. Candace Ransom and Allegra Latimer, one of the  2013-2014 Lucas Ransom Memorial Scholarship recipient

Mrs. Candace Ransom and Allegra Latimer, one of the  2013-2014 Lucas Ransom Memorial Scholarship recipient

UCSB Chem Club receiving award at the American Chemical Society  Conference

UCSB Chem Club receiving award at the American Chemical Society  Conference

Chemists Without Borders

Chemists Without Borders

UCSB Chem Club

UCSB Chem Club

Chem Club at the American Chemical Society Conference

Chem Club at the American Chemical Society Conference

Undergraduate Program Overview

Chemistry is the study of molecules, their formation from atoms, and their transformation into new molecules.  Chemistry seeks to understand and control the reactions that cause these transformations.  Chemistry's breadth results from the diversity of molecules, which range from the simple two- to three-atom molecules of the earth's atmosphere to the incredibly complex molecules and molecular structures of living things.

Students who like to invent and enjoy thinking in quantitative and mathematical terms may be interested in chemistry.  Likewise, students who can break complex questions into a series of less complication questions that can be answered through experimentation should consider the chemical sciences.  The Department of Chemistry and Biochemistry offers the Bachelor of Arts (BA) and the Bachelor of Science (BS) degrees in Chemistry and the Bachelor of Science (BS) degree in Biochemistry.  The BA's requirements are somewhat less restrictive than those of the BS.  The BA is a good choice for students interested in medical, dental, law, or business school.  Students interested in graduate work in chemistry or biochemistry may pursue any of the three degrees.

A two-year core curriculum in chemistry, mathematics, and physics lays a solid foundation for the required and elective coursework of the upper division majors.  These upper division courses, which add breadth and specialization to the program, have low enrollments that enable students to work closely with faculty members of their choice.  Undergraduate students are encouraged to undertake independent study and research projects as soon as they acquire the basic laboratory skills and background to benefit from such experiences.  Many join departmental research groups during their junior and senior years.  All Chemistry and Biochemistry majors are assigned an advisor with whom they consult regarding selection and substitution of coursework and other matters pertaining to their academic careers.