Current PREM students
I’m a sophomore majoring in electrical engineering at Hampton University. This summer, I worked with Dr. David Reinkensmeyer at the University of California, Irvine, in the development of a wearable device for stroke victims. My research interest lies in rehabilitation through robotics. I plan to pursue a Ph.D. in Electrical Engineering with an emphasis in robotics.
My name is Breyah Matthews. I am a junior studying Electrical Engineering with a minor in Nano-Science. This summer I participated in PREM at Hampton University. I contributed to a project with several other students under the guidance of Dr. Samuel. The project focused on electrospinning which is a fiber production method that uses an electric force to bond charged threads of a polymer solution. These threads are evaluated on some order of ten nanometers. An application of this production include filtration.
Past PREM undergraduates
My name is Johnson Agyapong, a Ghana native and Bronx, New York resident. I am a second year student at Brandeis University and I am a biology major aspiring to become a medical doctor.
I spent my summer as a member of PREM at Hampton University and I got the chance to do research in electrochemical biosensors. Aside from the research exposure, I got to explore different places such as Virginia, Georgia, and Washington D.C. Courtesy of PREM, my first research exposure was amazing.
My name is Lauryn Alexander. I am a sophomore and a forensic chemistry major and Spanish and mathematics minor from Charlotte, North Carolina. My passion has been chemistry for a long time, and I hope to graduate with my BS, go to graduate school, and later on obtain my Ph.D. My goal is to work in the crime lab of the FBI.
This summer I worked on creating a shape memory polymer with a temperature sensor. It was very difficult to achieve an SMP with a completely linear gradient due to the cold side repeatedly having a large gradient, while the hot side had barely a gradient at all.
From my experience this summer, I learned the importance of shape memory polymers in the medical world. I also gained knowledge on how to use different machines for testing the samples. This summer taught me that although research may be difficult and strenuous, it pays off in the end when you get the result you've been looking for.
Raised in Queens, New York, Khaled is a recent graduate of the fairly new Cambria Heights Academy. He is currently pursuing his bachelor’s in physics from Hampton University.
While interning at Syracuse University, I used a digital mirror device in order to print 2D/3D constructs. Moreover, these constructs were used for vascularization and nutrient perfusion. Additionally, with the use of hydrogels such as Pegda and Gelma, my mentor and I were able to build the ideal channel that would allow for cell perfusion in mice. Throughout the course of the program, I learned that the main function of the digital mirror device is to fabricate micro channels with the projection of ultraviolet light as the source. Lastly, through PREM, I was given insight on the societal impact of 3D printing (i.e. hearts, lungs, kidneys, and other organs may be reproduced in the near future via 3D printing).
The people in the photo are my research Professor Dr. Pranav Soman, Marcus Morton, and myself.
I am attending Southside Virginia Community College to get my associate degree in science. I plan on going to a physical therapy program either at VCU or Southside Regional. My passion is to help and motivate others.
Chemical Engineering and Liberal Studies
My name is Leila Hart. I was born in Philadelphia, Pennsylvania, but I live in Georgia. I am enrolled at Hampton University majoring in chemical engineering and liberal studies, and may pick up a third major with a minor in leadership studies.
I did alot of research under my third mentor for the summer, Shelby Buffington. I worked with triple shape memory polymers. I also did a formal poster and presented my poster as well. My topic was 'Using Triple Shape Memory Polymers to Generate Complex Wrinkle Patterns".
I am currently working with Professor Pronav Soman on research for tissue engineering. I have helped by making 3D designs in a software called Autodesk Inventor that were then printed out in a dissolvable material. We plan to use these designs to make hollow passageways throughout hydrogels.
Racquelle Perry is originally from Harrisburg, Pennsylvania, and is a recent graduate of Hampton University where she received her Bachelor of Science in Biology.
As a student at Hampton Unversity, she was involved in a number of student activities to include: The Student Recruitment Team, the Caribbean Pre-Alumni Council, and the Minority Association of Pre-Health Students. She is a member of Beta Kappa Chi Scientific Honor Society, Golden Key International Honor Society and Who's Who Among Students in American Colleges and Universities. Perry will be attending Georgetown University in the fall for graduate school.
I’m Shakayla Robinson-Love, a sophomore majoring in chemical engineer at Hampton University. I’m an energetic 19 year old that loves researching as much as I love spending time with my family.
I was a member of PREM this year with a dream to one day change the world and help people with cancer. My mentor is Dr. Cooper and I did research based on photoresponsive metallo gels this summer in Dr. Ghebre's lab.