
In this program, you will:
- Conduct lab, field and computational research.
- Meet industry leaders and discover your career options.
- Join a passionate community of future chemists, food scientists, pharmacists, doctors, educators and more.
Inventing new medicines. Creating innovative and environmentally friendly materials and catalysts. Improving the world’s food supply and nutrition. Addressing climate change and environmental degradation. None of these is easy, but chemists are up to the challenge.
As a Chemistry student at Chapman, you’ll get hands-on experience facing today’s challenges in science and technology. Along the way, you’ll do real research in the lab and in the field.
By the time you graduate, you’ll be ready for a career in materials, pharmaceuticals, analytics, biotech, forensics, law, medicine, food science and much more.
Did you know that there are five main areas of chemistry? At Chapman, you'll explore all of them: inorganic chemistry, organic chemistry, analytical chemistry, biochemistry and physical chemistry.
Chapman STEM students are making the world a better place one challenge at a time. As a Chemistry student, you’ll join the Grand Challenges Initiative (GCI) and start researching in your first semester.
As part of GCI, you’ll join a two-year project with other STEM students to tackle a pressing challenge of your of your choosing, like:
At Chapman, you’ll get to:
Along the way, you’ll gain strong research skills, making yourself competitive for programs in top companies and research agencies like the National Science Foundation (NSF) and the National Institutes of Health (NIH).
You’ll get the chance to do research in areas like:
At the end of the program, you’ll complete a capstone research project as a culmination of your independent research and present it at our Student Scholar Symposium.
Chapman is located at the heart of Orange County’s thriving medical and scientific community. That makes us a great place to find internships with organizations like:
Plus, you'll be able to get career guidance for life at our Career Center. We have all the resources you need to network and explore your career options in Chemistry, and you can stop by any time.
The Beckman Scholars Program is a three-year-long research experience and scholarship that gives you the chance to hone your skills as a scientist, attend networking events, train with state-of-the-art tools, attend workshops and much more.
Interested in becoming a Beckman Scholar yourself? You can check out all the details on our Beckman Scholars Program page.
Earn your master's degree with just one additional year of study in our accelerated (4+1) programs:
Our faculty are all experienced teachers, researchers and scholars who are dedicated to your education and success.
How dedicated? Enough to make you an integral part of their scholarly research projects and work with you personally on achieving your post-graduation goals. They even made sure all chem students had access to take-home lab kits during remote instruction in 2020!
Marco Bisoffi
Associate Professor/Program Co-Director of Chemistry and Biochemistry
bisoffi@chapman.edu
Dr. Bisoffi is a molecular biologist who specializes in field cancerization, prostate cancer, tumor-adjacent tissues, biomarker, natural products and experimental cancer therapeutics. His research interests include prostatic tissues and the testing of natural product based experimental therapeutics.
Elaine Benaksas-Schwartz
Associate Professor, Program Co-Director of Chemistry and Biochemistry, Assistant Dean of External Relations
eschwart@chapman.edu
Dr. Benaksas-Schwartz is a bio-organic chemist who specializes in drug discovery, pre-clinical and clinical development of small molecules of medicinal importance.
Nicolai Bonne
Assistant Professor
bonne@chapman.edu
Dr. Bonne is a molecular biologist who specializes in virology, biochemistry and undergraduate laboratory instruction. His teaching interests include Socratic teaching methodologies that promote active learning, communication skills and "learning for life" as opposed to "learning to pass."
Yu-An (Peter) Chang
Assistant Professor
ychang@chapman.edu
Dr. Chang is an organic chemist who specializes in drug discovery of anti-cancer therapeutics, microgenetic peripheral blood stem cells and blood component separation system, nanotechnology for oral insulin/diabetes and biocompatible surface modification for medical devices.
Warren de Bruyn
Professor of Chemistry
debruyn@chapman.edu
Dr. de Bruyn is an analytical and physical chemist who specializes in atmospheric chemistry, the oxidative capacity of the troposphere and global climate change.
Lauren Dudley
Instructor
pagel@chapman.edu
Lauren Dudley is an instructor whose research focuses on chemistry education. She has a background in education theory and management and has worked at education organization Higher Ground.
Matthew Gartner
Associate Professor
gartner@chapman.edu
Dr. Gartner is an analytical chemist who specializes in atmospheric chemistry and chemistry laboratory instruction. He is the lead general chemistry lab professor. His teaching interests include active learning techniques and flipped-model classes.
Christopher Kim
Professor, Associate Dean of Academic Programs
cskim@chapman.edu
Dr. Kim is an environmental geochemist who specializes in the environmental impact of mine waste and contamination, including metal contamination, bioaccessibility, nanoparticles, chemical speciation and x-ray spectroscopy.
Jerry L. LaRue
Assistant Professor
larue@chapman.edu
Dr. LaRue is a physical chemist who specializes in heterogeneous catalysis, surface science, lasers, x-rays, spectroscopy and nanomaterials. His research interests are aimed at understanding the most fundamental aspects of the processes that occur during chemical reactions on the surfaces of metal catalysts.
Allegra Liberman-Martin
Assistant Professor
libermanmartin@chapman.edu
Dr. Liberman-Martin is an organic chemist who specializes in homogeneous catalysis, organometallic chemistry, reaction mechanisms and polymer synthesis.
Cecilia Lopez
Assistant Professor
ceclopez@chapman.edu
Dr. Lopez is an assistant professor whose research interests include cell signaling and protein arginine methyltransferases (PRMTs),
Andrew Lyon
Professor and Founding Dean of the Fowler School of Engineering
lyon@chapman.edu
Dr. Lyon is a materials and physical chemist who specializes in microgels, hydrogels, extracellular matrix, colloid chemistry, nanomaterials and regenerative medicine.
John Miklavcic
Assistant Professor
miklavcic@chapman.edu
Dr. Miklavcic is a nutritional pharmacologist who specializes in functional foods, nutrigenomics and nutraceuticals. He researches how dietary lipids interact with and regulate gene function in neonatal health and development and in chronic conditions.
Maduka Ogba
Assistant Professor
ogba@chapman.edu
Dr. Ogba is a computational organic chemist who specializes in organocatalysis, organometallic chemistry, catalyst design, conformational analysis and cheminformatics.
Justin O'Neill
Assistant Professor, Director of Lab Safety
joneill@chapman.edu
Dr. O'Neill is an organic chemist who specializes in organic synthesis and polymer chemistry.
Cedric P. Owens
Assistant Professor
cpowens@chapman.edu
Dr. Owens is a physical biochemist who specializes in biological nitrogen fixation, nitrogenase, bacterial iron uptake, hemophore, bioinorganic chemistry and structural biology. His interdisciplinary research lies at the crossroads of inorganic chemistry, biochemistry, and molecular biology.
Melissa Rowland-Goldsmith
Associate Professor
rowlandg@chapman.edu
Dr. Rowland-Goldsmith is a molecular biologist who specializes in pancreatic cancer and experimental therapeutics.
Jennifer Villoria
Assistant Professor, Instructional Faculty
villoria@chapman.edu
Dr. Villoria is an assistant professor with an expertise in inorganic chemistry and a strong background in scientific research.
Our Chemistry faculty lead research that you can get involved in. Here's a small sample of their research is all about.
Chapman is home to a community of supportive, passionate Chemistry students. You can join in with Schmid College student organizations such as:
Our Schmid College of Science and Technology has lots more STEM clubs. You can find some of the most popular options on our student organizations page. Plus, we hold plenty of events throughout the year, like when we get together to tie-dye lab coats and make nitrogen ice cream (as pictured!).
Take your passion for science abroad in one of our many study abroad programs. We'll work closely with you to find one that aligns with your schedule and goals so that you can go abroad and still graduate on time. Our programs range from a full year living and studying abroad to international internships over summer/winter break, and everything in between.
Interested in taking the next step? Learn how to apply or check out our transfer prerequisites.
Want to learn more about Chapman? We are always available for tours of campus and tours of our Keck Center for Science and Engineering. We’d love to meet you!
You can explore all of Chapman's undergraduate majors and minors with our program finder.
Program Questions
Elaine Benaksas Schwartz, Ph.D.
Chemistry Program Director
eschwart@chapman.edu
GCI is a unique two-year research project that lets you get involved in research your first year at Chapman.
With over 25 collaborative labs and cutting-edge research instrumentation, our Keck Center for Science and Engineering has the tools you need to succeed.
We're one of 12 institutions in the United States to offer the Beckman Scholars Program, a research experience and scholarship for aspiring scientists.
Our accreditation from ACS validates the quality of Chapman’s chemistry education and distinguishes graduates with employers and graduate programs.