I Am a UC Engineer: Alumni Jeffrey Aceves
Jeffrey Aceves had rich research experience at UC Merced, which he credits with contributing to his success.
Jeffrey Aceves is an excellent student. Always has been. He graduated high school with a 4.3 GPA and an Eagle Scout ranking. He graduated from UC Merced in 3 ½ years, having come to the campus with 20 college credits already completed.
The Bakersfield native is driven, dedicated and not afraid to push his personal envelope. He was named Outstanding Bioengineering Student of 2018, was a finalist for the UC Distinguished Leader Award, has already co-authored one published academic paper and graduated with honors.
Now he’s headed to Harvard University to earn his Ph.D. and make a difference in the lives of people with kidney complications.
Aceves (bioengineering, 2018), thought he was going to be a doctor until he realized seeing patients wasn’t for him. New at UC, Aceves immediately took control of his college career. He found or made opportunities for himself, from leading other students in his residence hall as director of activities and helping found a fraternity to applying for and getting a slot in Professor Jennifer Manilay’s lab, where he co-authored a paper for the Journal of Immunology.
And every time internships or fellowships presented themselves, he jumped, from the Undergraduate Research Opportunities Center’s Summer Undergraduate Research Fellowship and stepping in to learn about stem cell biology from David Gravano in the Stem Cell Instrumentation Foundry, to a stint in KURE, the Kidney Undergraduate Research Experience — where he found his calling.
“That is what has been such an important part of the great education I’ve received at the UC,” Aceves said. “The research, the experiences. At any other school, I wouldn’t have flourished like I have here.”
He learned that not only does he enjoy research, he has a passion for helping solve kidney issues. Starting this fall at Harvard, he’ll be working with Professor Jennifer Lewis, whose lab is working on developing an artificial kidney using 3D printing. You read that right.
“They developed their own material and are able to print proximal tubules, which are subunits of the kidney that absorb and transport nutrients to filter waste,” Aceves explained. “They have been able to perfuse cells inside the tubule pathways where they found that the cells begin to function like human proximal tubules inside our body. The most immediate goal would be to develop a device that assists the dialysis process to improve the length and quality of life for people on dialysis, but the ultimate goal would be to develop a complete artificial kidney that could be transplanted into those who need them.”
“That is what has been such an important part of the great education I’ve received at the UC. The research, the experiences. At any other school, I wouldn’t have flourished like I have here.” Jeffrey Aceves, Ph.D. candidate, Harvard University
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