Katelyn Parsons
About Katelyn Parsons
Katelyn Parsons is an Undergraduate Research Assistant currently working at UPMC Children's Hospital of Pittsburgh and has been an intern at Merck since 2021. She studies Chemical and Biomedical Engineering at Carnegie Mellon University, where she is a senior with a minor in Chemistry.
Work at UPMC Children's Hospital of Pittsburgh
Katelyn Parsons has served as an Undergraduate Research Assistant at UPMC Children's Hospital of Pittsburgh since 2019. In this role, she engages in research activities that contribute to the hospital's initiatives in pediatric care. Her work focuses on the development of medical devices and pharmaceuticals, aligning with her academic background in engineering.
Current Position at Merck
Since 2021, Katelyn Parsons has been working as a Sterile and Specialty Products Intern at Merck in Rahway, New Jersey. This position allows her to gain practical experience in the pharmaceutical industry, enhancing her understanding of sterile manufacturing processes and product development. Her internship complements her academic studies and research interests.
Education and Expertise
Katelyn Parsons is currently a senior at Carnegie Mellon University, where she studies Chemical Engineering and Biomedical Engineering, having achieved a Bachelor of Science degree in 2022. She also holds a minor in Chemistry. Her education equips her with a solid foundation in both chemical processes and biomedical applications, preparing her for a career in engineering and healthcare.
Background and Early Education
Katelyn Parsons completed her high school education at Montgomery High School, earning her High School Diploma from 2014 to 2018. This foundational education set the stage for her pursuit of higher education in engineering, leading her to Carnegie Mellon University.
Research Interests and Projects
Katelyn Parsons has a keen interest in the development of medical devices and pharmaceuticals. She has been involved in various manufacturing and process engineering projects during her academic career. These experiences reflect her commitment to advancing healthcare technology and improving patient outcomes through engineering solutions.