“I love studying chemistry at Juniata because the coursework is challenging, but the professors provide you with every opportunity to succeed and to thrive in the challenge.”
—Kathryn Goerl ’19
A Distinct Experience
The Juniata College Chemistry and Biochemistry Department aims to empower and nurture an inclusive community of diverse learners dedicated to cultivating chemical knowledge, acquiring scientific skills, and becoming responsible citizens of the world in which they live.
85% of chemistry and biochemistry students who graduated from 2014-20 participated in independent research with a Juniata faculty member; 93% of chemistry POEs and 75% of biochemistry POEs.
Taking into account institution size, Juniata is in the top 2% of undergraduate institutions that produce chemistry PhDs.
Click on the banners below and learn more about what makes a chemistry experience unique at Juniata College.
Juniata students have nearly unlimited access to a variety of major scientific instruments, including a nuclear magnetic resonance spectrometer, laser-induced breakdown spectrometers, infrared spectrometers, gas chromatograph-mass spectrometers, and a single crystal X-ray diffractometer. In some cases, Juniata is one of only a few undergraduate colleges to share these instruments with students.
Participate in research during your first year. Get involved in a single faculty research project and follow it through until graduation, or work with a variety of faculty on several different projects. Between 10 and 20 Juniata students present at national American Chemical Society (ACS) and American Society of Biochemistry and Molecular Biology (ASBMB) meetings every year in addition to Juniata’s Liberal Arts Symposium.
Below are two synopses of student presentations from Juniata's Liberal Arts Symposium, a day long on-campus conference held each spring where students and professors present research that they have worked on throughout the year.
- Christina Estright ‘17
- is employed as a downstream scientist at Eurofins in the professional scientific services department, where she tests vaccines.
- Dallas Hamlin ‘17
- is pursuing a medical degree at Penn State College of Medicine.
- Rose Lukoff ‘16
- is attending veterinary school at St. George’s University.
- Rachel Rowlands ‘15
- received an Amgen scholarship while at Juniata, and is enrolled in a doctoral program in medicinal chemistry at the University of Michigan.
At Juniata, 100 percent of chemistry faculty have earned Ph.D.s, and they serve, first and foremost, as professors. But, they also publish in a variety of journals from Analytical Chemistry and the Journal of Forensic Identification to the Journal of Cell Biology and The Proceedings of the National Academy of Sciences. Build your portfolio by researching alongside them.
“I love the welcoming environment that the professors make, and the abundance of supplies and materials we have access to.”
—Kyle Sommers ’19
Juniata’s Facilities: For research of all kinds, Juniata’s von Liebig Center for Science is outfitted to help you conduct high-quality research as an undergraduate.
Study Abroad: Popular sites for chemistry study include the University of Leeds (U.K.), the University of Lille (France), Philipps-Universität Marburg (Germany), and Guanajuato (Mexico). Juniata has study abroad programs on every continent, except Antarctica.
Undergraduate Research: Conduct research in a topic of your choosing with the guidance of a faculty member. Then, present at conferences like Juniata’s Liberal Arts Symposium or the annual American Chemical Society meetings. Recent examples: Anthony Downey ’17, “Analysis and Categorization of Counterfeit Currency Using Laser-induced Breakdown Spectroscopy (LIBS).”
Honors: In addition to earning Fulbright Fellowships, several Juniata chemistry grads have won National Science Foundation Graduate Research Fellowships. One student also won the national Iota Sigma Pi Undergraduate Award. Sound intimidating? We’ll mentor you through the application process.
Additional Accreditation: The Juniata chemistry program is approved by the American Chemistry Society (ACS). Students completing a baccalaureate degree that meets the ACS Guidelines will receive an ‘ACS-certified degree’ in chemistry or biochemistry.