Professor Bowers joined Oberlin College in Fall 2024. Previously she worked as a Visiting Assistant Professor at Earlham College in Richmond, Indiana. She completed her Ph.D. in Chemistry under the tutelage of Ryan Sullivan at Carnegie Mellon University. Her interest in research (and drive to become a professor at a primarily undergraduate institution) began as an undergraduate student at the College of Wooster, where she engaged in research with Karl Feierabend.
In her free time, Professor Bowers enjoys spending time with her husband and cat, crocheting, sewing, birding, and playing video games.
Engineering Synthetic Skin to Address Racial Bias in Pulse Oximetry Sensors
Aminah (Mina) is a pre-med student majoring in Biochemistry and Neuroscience. She is deeply invested in improving healthcare accessibility and hopes to focus her efforts in diagnostic pathology and neuropsychiatry. Her previous two years of research experience focused on statistical data analysis and literature review to investigate consciousness theory from a biological and neuroscientific perspective. A smaller project of hers looked at the impact of exogenous factors on neuroplasticity (i.e. how our environment changes our memory and cognitive abilities) and how we might harness our brain’s elastic structure to treat neurodegenerative diseases.
Outside of academics, Mina enjoys hiking, cooking, and reading, and is mediocre at card tricks.
Sunlight-Driven Photolysis of Fluorinated Pharmaceuticals
bio to come!
Sunlight-Driven Photolysis of Fluorinated Pharmaceuticals
River is passionate about Chemistry and Math, and is curious about improving manufacturing processes of everyday products to be more sustainable. This fresh connection to environmental chemistry, along with a desire for profound and thorough understanding of rigorous research work, brought River to the Bowers lab.
Outside of the lab, River likes to wander on a long stroll in the evergreen summer sun. River is most likely seen with a collage book dangling in one hand, capturing chubby squirrels in photographs along the way.
Sunlight-Driven Photolysis of Fluorinated Pharmaceuticals
Julia is a third-year Environmental Science major and Chemistry minor. She is interested in environmental and agricultural chemistry, specifically how to make farming more sustainable. Julia is a chemistry TA and tutor, and works at the Oberlin Living Machine, a system that recycles its own wastewater.
Outside of academics, Julia is a part of the Oberlin Women and Non-Binary Ultimate Frisbee Team and the Oberlin Student Cooperative Association. In her free time, she enjoys collaging, writing letters, and going to the movies with friends.
UV-C Photolysis of Fluorinated Pharmaceuticals during Water Disinfection
Taylor is a third-year student majoring in Chemistry. She was drawn to the Bowers lab because of the connections to human health and the environment. Taylor is especially interested in the synthesis of non-addictive pain medications that are effective for patients. Now that she has research experience in the Bowers lab, she has gained an understanding of the environmental impact of pharmaceuticals which she will implement in her future work in drug development.
Outside of academics, Taylor is an RA for Afrikan Heritage House, the treasurer for Sisters Of the Yam (SOY), plays the violin, and enjoys dancing and hiking.
Assessing the Sorption of Fluorinated Pharmaceuticals to Activated Carbon
Miguel is an intended Biochemistry major on a pre-med track. He joined the Bowers lab as a STRONG (Science and Technology Research Opportunities for a New Generation) Scholar with the goal of further expanding his research experience and develop a deeper understanding of the broader impact of pharmaceuticals.
Outside of the lab, Miguel is a board member for La Alianza Latinx (LAL), secretary for Oberlin’s QuestBridge chapter, and member of the kickboxing club.
Sunlight-Driven Photolysis of Fluorinated Pharmaceuticals
Samantha is a double degree student majoring in Biology and Oboe Performance. The natural world has always been an important part of her life, which led her to biology at Oberlin. Initially averse to chemistry, after taking a couple courses she developed an appreciation for the chemical sciences and even was a TA for the introductory lab course. Samantha aspires to continue to do work that will make a positive impact on the environment, whether it is through biology or chemistry or something else.
Outside of school, Samantha works as a PRSM trainer at Oberlin, is in a co-op, and loves to run and garden.
Advanced Oxidative Processes and Sorption Behavior of Fluorinated Compounds
Ingrid was a 3-2 Engineering student at Oberlin; she is currently a student in Chemical Engineering at Columbia University.
Miguel Romero, Samantha Taylor, Professor Bowers,
Ingrid Vigsnes, Taylor Satterfield, Julia Cohen
Samantha Taylor, Taylor Satterfield, Ingrid Vigsnes, Professor Bowers