Chemistry

Discover the Right Formula for Success

Try your hand at forensic analysis with CSI-like lab challenges. Examine the intricacy of how molecules vibrate. Measure the oxygen in Keuka Lake. Analyze the chemical components of wine. It’s all possible at Keuka College. 

The chemistry minor grounds students in the fundamentals of modern chemistry and provides exposure to cutting-edge research and contemporary instrumentation in the field. You can glean an understanding of the particulars and particles inside various matter—and why it all matters.  

Minor Overview

Curious about what makes up the world around us and why things are the way they are? As a chemistry minor, you’ll study matter using math, theory, and experiments. You’ll look at what matter is made of and how it behaves, right down to the atomic level.

Keuka College’s chemistry minor allows you to investigate your interests alongside our world-class faculty. It’s especially useful if you’re planning on a career in medicine, health care, biological sciences, environmental sciences, business, law, or secondary education.

See Minor Requirements

Learn More About Chemistry

As an undergraduate student, you’ll have unparalleled opportunities to conduct hands-on research. You’ll also have direct access to equipment that’s usually only available to graduate students at large research universities.

Students have conducted research projects in Kenya, studied in cancer labs, and much more. Our natural science students often present their work at regional and national scientific meetings, and some have even partnered with faculty to publish scientific papers.

The Jephson Science Center is one of the College’s most recently-renovated buildings. A highlight of the center is that the laboratories weren’t simply designed by architects, but by the professors who use and teach in them. That means the labs you’ll use at Keuka College mimic real-world laboratories, and include much of the same equipment.

Research in chemistry often involves determining the chemical components of a solution and finding how much is there, especially when analyzing a crime scene for evidence. The equipment in our laboratory includes four different Perkin-Elmer machines typically found at large research universities, including:

High-Pressure Liquid Chromatograph (HPLC)

The HPLC is used to separate, identify, and quantify each component in a mixture. It carries liquids from glass bottles through thin plastic tubes, passing through several compartments containing an oven, vacuum pump, solution tray, and detectors for analysis.

Gas Chromatograph-Mass Spectrometer (GC/MS)

The GC/MS separates mixtures into individual components and identifies separate fragments so you can determine what the molecules are. The GC/MS features a rotating unit that can extract samples from a tray of up to 108 small vials at one time, conducting analysis as programmed by a small touch screen at the side. 

Connected to the CG/MS is a computer running high-performance software that converts the data readings of molecular ions into a bevy of colorful charts and graphs. Based on the peaks and plunges of a fragment’s chart, the computer searches a large digital library to find the closest match–all in a matter of seconds.

Fourier Transform Infrared Spectrometer (FTIR)

The FTIR contains an oval plate with a small diamond reflective element through which infrared light can pass. Connected to another computer running high-speed software, the FTIR is able to provide information about the identity of liquid or solid compounds.

Lamnda-35 Ultraviolet Spectrometer

The UV spectrometer uses visible and ultraviolet light to determine the absorption spectrum of a solution, which will show how much light it absorbs across a range of wavelengths. This information is then used to determine the concentration of particular chemical components.

At Keuka College, you’re able to work with published, world-class scientists every day. Here, your professors are eager to teach, work on research projects with you, and share their knowledge. All of Keuka College’s natural science professors hold doctoral degrees from top-tier institutions, including Yale and MIT.

Dr. Catherine Abbott

Professor of Mathematics

Academic Credentials

University of North Texas
Ph.D.
University of North Texas
M.A.
University of Texas at Tyler
B.S.

Dr. Todd Anderson

Assistant Professor of Environmental Science

Academic Credentials

Cornell University
Ph.D.
University of Idaho
M.S. in Environmental Science
University of Alaska Southeast
B.S. in Environmental Science

Dr. Dominique Derminio

Assistant Professor of Biology

Academic Credentials

Keuka College
B.A. in Biochemistry
University of New South Wales
M.S. in Res. in Psychiatry/Molecular Biology
SUNY ESF
Ph.D. in Biochemistry

Biography

Dr. Derminio teaches general chemistry, organic chemistry, and nursing chemistry, and has previously taught introductory biology courses. Her primary area of expertise is photosynthetic biochemistry in cyanobacteria. She loves teaching and talking to students about a wide range of sciences. 

Andrew Geragotelis, Ph.D

Assistant Professor of Chemistry

Academic Credentials

Sienna College
B.S. in Chemistry
University of California Irvine
M.S. in Chemistry
University of California Irvine
Ph.D. in Chemistry

Jessica Katolik

Instructor of Biology

Academic Credentials

University of Rochester
M.S. in Pharmacology and Physiology
Rochester Institute of Technology
B.S. in Biotechnology

Dr. Michael Keck

Chair of Natural Sciences and Mathematics
Professor of Chemistry

Academic Credentials

Massachusetts Institute of Technology
Ph.D.
University of California at Berkeley
B.S.

Biography

Dr. Keck joined the faculty at Keuka College in 2008 after 13 years teaching at Emporia State University (Kansas). He teaches chemistry and biochemistry, and has also taught analytical chemistry and inorganic chemistry. His primary area of expertise is nucleic acids biochemistry. He loves teaching, and he is also eager to work with students on research projects. He and his students are presently collaborating with colleagues at RIT to design and evaluate compounds that have potential as photodynamic therapy agents.

Gylla MacGregor

Instructor of Biology

Academic Credentials

Lehigh University
M.S. in Microbiology with Integrative Biology Emphasis
Clarion University of Pennsylvania
M.S. in Biology with Ecology Emphasis
The College of New Jersey
B.S. in Biology
Mercer County Community College
A.S. in Chemistry

Biography

Gylla has been an adjunct instructor with Keuka College since 2017, teaching a wide range of classes.

Prior to Keuka College, she spent 12 years as GIS Project Director/Conservation Ecologist with New Jersey Audubon, where she engaged in habitat restoration and wildlife monitoring.  

Professional Interests

Ecology – particularly predator-prey interactions and habitat use, biology, geographic information systems.

Dr. Luciana Parent

Associate Professor of Biology

Academic Credentials

University of Sao Paulo/Cornell University (Sandwich Program)
Ph.D.
Federal University of Minas Gerais (UFMG)
M.S.
Federal University of Minas Gerais (UFMG)
B.S.

Dr. Andrew Robak

Professor of Chemistry

Academic Credentials

University of Oregon
Ph.D.
University of Oregon
M.S. in Chemistry
Rochester Institute of Technology
B.S. in Environmental Chemistry

Biography

Dr. Robak started teaching at Keuka College in the Fall of 2007 and is the primary instructor for organic chemistry at Keuka.

He is the adviser for Keuka's chemistry club and also directs a number of undergraduate research projects. Active research projects include: Exploring click chemistry for organic synthesis, developing new surfboard coatings from polyurethanes, designing chemistry experiments for home-schooled children at the high school level and a project using chemistry and photography to promote both art and science.

Other research interests are: designing more environmentally friendly lab experiments

Professional Interests

chemistry, organic chemistry, science based medicine, green chemistry, science in popular culture, science as art, polymers/plastics, science education, explosive chemistry demonstrations, inorganic chemistry