Welcome to Chemistry
Santa Barbara City College offers four levels of chemistry courses including: Introductory Chemistry, General Chemistry, Organic Chemistry and an introductory course entitled General, Organic and Biological Chemistry for those pursuing degrees in the allied health science fields.
Our laboratories are set up so that students are assigned their own equipment and also have access to scientific instrumentation needed for analysis. Instrumentation typically used by students include: UV/Vis spectrometer, pH meter, digital scale, IR spectrometer, digital melting point apparatus, polarimeter, refractometer, and a 60 MHz FT NMR spectrometer.
American Chemical Society (ACS) exams are given by faculty as the final exam for the General Chemistry and Organic Chemistry courses. Norms in the past have indicated that students at SBCC perform well above the national average on these exams.
Program DescriptionFrom its obscure beginnings in alchemy and philosophy, chemistry has emerged as the central science in the modern world. There is virtually no area of science that is unaffected by discoveries in the field of chemistry. The exploration of our solar system is made possible by the development of exotic fuels for rockets, special ceramics to dissipate the enormous heat generated by re-entry into the atmosphere, and light-weight, high-strength alloys for the space vehicles themselves.
A coalition of chemists and biologists is attempting to correct defects in living
organisms through genetic engineering, while other chemists work with doctors to create
synthetic body parts and to alleviate suffering through the design of new or more
effective drugs. Additionally, chemists are helping to increase the world's food supply,
to develop synthetic fuels, and to produce extremely pure chemicals for use in computers
and energy-conversion devices.
Because chemistry touches so many areas of human activity, it is essential that each individual have some understanding of basic chemical principles. Only in this way can citizens make intelligent decisions concerning applications of technology.
The Chemistry Department offers courses for both Chemistry majors and non-Chemistry majors. An Associate in Arts Degree may be earned. In addition, the department offers chemistry courses required by other departments.
Program Student Learning Outcomes
- Demonstrate proficiency in solving chemical mathematical problems.
- Demonstrate proficiency in describing atomic structure, bonding and periodic trends.
- Demonstrate proficiency in naming and writing chemical formulas.
- Demonstrate proficiency in writing balanced chemical equations and performing stoichiometric calculations.
- Demonstrate proficiency in predicting the outcome of chemical reactions.
- Demonstrate proficiency in assembling laboratory glassware and performing laboratory techniques.
- Demonstrate proficiency in making and recording experimental observations and interpreting the results.
Department Chair: Dr. Jens-Uwe Kuhn (PS-217, ext. 4319)
Dean: Ms. Marilynn Spaventa (A-113, ext. 2216)
Faculty & Offices
Dr. Eric Bullock (PS-212, ext. 3639)
Dr. Sally Ghizzoni (PS-210, ext. 2799)
Dr. Jens-Uwe Kuhn (PS-217, ext. 4319)
Dr. Raeanne Napoleon (PS-206, ext. 4056)
Dr. Gary L. Carroll (taught classes 1976-2013)
Dr. Bernard J. Brennan (taught classes 1982-2011)
Mr. James R. Julca (taught classes 1961-2003)
Mr. Raymond F. O'Connor (taught classes 1965-2010)
Dr. Klaus D. Wills (taught classes 1970-present)
Tracy Reynolds (PS-207, ext. 3054)
Jill Bailard (PS-207, ext. 2254)