Cesar Ponce

Cesar is a senior materials science engineer with a background in research of additive manufacturing and fabrication. As a member of TFM, Cesar took the lead in the research and manufacturing of the prototype electrodes.
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Our Team is composed of five material science & engineering students from the Henry Samueli School of Engineering at the University of California Irvine. Our team is guided by mentors from UC Irvine and Edwards Life Sciences.
Cesar is a senior materials science engineer with a background in research of additive manufacturing and fabrication. As a member of TFM, Cesar took the lead in the research and manufacturing of the prototype electrodes.
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David is a senior materials science engineer with a background in research of high-temperature ceramic coatings and materials characterization. As a member of TFM he assisted with research and development of the prototype electrodes along with website development.
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Kwanghyeon Park is the lead of Team TFM. He is a senior Materials Science engineer with research experiences are mostly in the field of biosensors using a two-scale structure for enhanced electric field and polymer-coated semiconductors using gold nanoparticle with Surface-Enhanced Raman Scattering. California, Irvine. With Edwards Life Sciences, he has been researching wearable electrode sensors detecting the fluid level of the human body.
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Wendy Lee is a materials science engineer with a background in thin film metal deposition and DNA stabilized silver nanoclusters. As a member of TFM she assisted with research in the electrodes and functionality with the bioimpedance device.
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Natalie is a material science engineer with a background in drug delivery and biomaterials research. As a member of TFM, Natalie assisted in research into bioimpedance devices and served as the contact point for the team.
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Our team would like to express our thanks to mentors and supporters from the University of California, Irvine and Edwards Life Sciences for the opprotunity to work on this project. Their support and resources they provided allowed our team to achieve all that we did during our project.
Thank you to professor Michele Khine and her graduate students for allowing access to their lab, and to the BioEngine and Undergarduate Research Opprotunites Program (UROP) for providing funding to our project.
Lastly thank you to Alex, Muhammad, and Andrew from Edwards Life Sciences for providing mentorship and guidance for the use of the Bioimpedance system and for sponsoring our senior design project.