
Esdras Camacho
/in Alumni, Undergraduate Students/by Kevin OttoEsdras Camacho
Chemical Engineering
esdrascamacho@ulf.edu@ulf.edu
Esdras graduated with a BS in chemical engineering student at the University of Florida. He has collaborated on the MARTEENI project to develop an understanding of the applications and interactions of PEDOT:PSS on microelectrodes by assisting in implanting these devices in vivo into Lewis Rats.
Angelique Vela (2022-2023)
/in Alumni, M.S. Graduates/by Kevin Otto
Angelique Vela
Electrical & Computer Engineering
avela1@ufl.edu | LinkedIn
Engineering the neuronal response to
electrical microstimulation/ULTRASTIM
Pedro Gracias
/in Alumni, Undergraduate Students/by Kevin OttoPedro Gracias
Biomedical Engineering
pgracias@ulf.edu
LinkedIn Profile
Carson A Boogaart
/in Alumni, Undergraduate Students/by Kevin OttoCarson Boogaart
Biomedical Engineering
cboogaart@ufl.edu
LinkedIn Profile
Carson is a fourth-year biomedical engineering student. He will be collaborating on MARTEENI in which he will help accomplish goals of understanding the applications and interactions of PEDOT: PSS on MARTEENI. He will be performing lab tasks such as cryo-sectioning, aiding in the surgeries of the implantation of this device into Lewis Rats, and chronic collection of data of animals implanted.
Erynne San Antonio
/in Alumni, Undergraduate Students/by Kevin OttoErynne San Antonio
Biomedical Engineering
esanantonio@ulf.edu
Kathleen Yang
/in Alumni, Undergraduate Students/by Kevin OttoKathleen Yang
Electrical Engineering
kathleen.yang@ufl.edu
Renae Burke
/in Alumni, Undergraduate Students/by Kevin OttoRenae Burke
Biomedical Engineering
Anastasia Valimaki (2019-2020)
/in Alumni, M.S. Graduates/by Kevin Otto
Hunter Hakimian (2018-2022)
/in Alumni, Ph.D. Graduates/by Kevin OttoHunter Hakimian
Biomedical Engineering
hakimianh13@ufl.edu
Neural interfaces and neural stimulation

Dr. Kevin J. Otto
Professor and Dane A. Miller Head of Biomedical Engineering
kotto@purdue.edu
LinkedIn, Twitter (@OttoKev)
ORCID iD
Neural engineering, device-tissue interfaces and neurostimulation