ALEXANDRA GRIFFIN
RESEARCH PORTFOLIO
RESEARCH PORTFOLIO
I am a current second-year student at Cornell University majoring in biomedical engineeirng and minoring in business. I have a strong love for anything biomedical engineering, but in particular, 3D bioprinting and tissue engineering.
For four years, I have focused my research on developing the field of 3D bioprinting. This journey began during my sophomore year of high school when I worked as a student researcher with the Regenerative Biomaterials & Therapeutics Group at Carnegie Mellon. Here, I helped develop a way to 3D bioprint at home, converting a 3D printer to a 3D bioprinter where I competed in science fairs at the national level.
Currently, I work as part of the Bonassar Research Group at Cornell, developing a way to non-destructively assess the cellular health of 3D bioprinted constructs using a syringe attachment called the smart syringe. I have also served as an intern at Memorial Sloan Kettering Cancer Center, performing ANSYS simulations of the tracheas of patients preoperative in addition to developing a wearable device to allow blind individuals to better interact with their environment using machine learning.
Click here to learn more about my personal interests outside research!
Apply to graduate school to obtain a Ph.D in tissue engineering
Work in an industry environment and run own lab
Learn more about tissue engineering and regenerative medicine techniques for articulate cartilage using 3D bioprinting
Create my own company revolved around a tissue engineering approach to heal articular cartilage on the surface of the knee to heal the cartilage before it requires a partial or total knee replacement
Take as many tissue engineering classes as possible
Gain hands-on research experience in cell culture and handeling cells
Create my first publication with four semesters of research conducted at Cornell by the conclusion of my undergraduate career.
Work towards writing thesis for Senior year to graduate with honors
Participate in BMES to learn more about the field of biomedical engineering and graduate schools
Click on each title above to learn more about each research topic