Kasfia K.
About Kasfia K.
Kasfia K. is a Manufacturing Engineering Co-Op at restor3d in Durham, North Carolina, where she has worked since 2022. She holds a Bachelor's of Science in Biomedical Engineering from Georgia Institute of Technology, where she studied from 2019 to 2024.
Work at Restor3d
Currently, Kasfia K. serves as a Manufacturing Engineering Co-Op at Restor3d in Durham, North Carolina. She has held this position since 2022, contributing to various projects related to manufacturing processes and engineering solutions in the biomedical field. Her role involves applying engineering principles to support the development of innovative medical technologies.
Education and Expertise
Kasfia K. is pursuing a Bachelor's of Science in Biomedical Engineering at the Georgia Institute of Technology, with an expected graduation in 2024. Her academic journey began in 2019 and has equipped her with a solid foundation in engineering principles and biomedical applications. She has gained expertise in advanced material testing techniques, including qNMR, Rheometry, Differential Scanning Calorimetry, and Tensile Testing.
Background
Kasfia K. completed her high school education at Parkview High School from 2015 to 2019. Following her graduation, she enrolled at the Georgia Institute of Technology to further her studies in Biomedical Engineering. Her background includes a combination of academic and practical experiences in engineering and research.
Internship Experience
In 2022, Kasfia K. worked as an R&D Engineering Intern at Flow MedTech for four months in Atlanta, Georgia. During her internship, she engaged in research and development activities that enhanced her practical knowledge and skills in the biomedical engineering sector. Additionally, she served as a Student Assistant at the Women’s Resource Center at Georgia Institute of Technology from 2019 to 2020.
Research Contributions
Kasfia K. has been involved in significant research activities, including characterizing the material properties of poly(glycerol-dodecanoate), a biodegradable shape memory polymer intended for tissue engineering applications. She also participated in modeling and printing human tissue systems for cardiac and esophageal implantation, contributing to clinical trials aimed at advancing medical treatments.