TBBL is laser focused on the translation of implantable sensing and stimulating technology in humans, including brain-computer interfaces. More broadly, my interests are in the area of advanced neurotechnology for clinical use or neuroscience. My research has addressed topics including reduced tissue reactivity and improved electrical, mechanical, and optical characteristics of bioelectronic devices. I earned my B.S. with Honors in Engineering Physics from (the) Ohio State University and my M.S. and Ph.D. in Biomedical Engineering from the University of Michigan. My industry experience includes working at Battelle Memorial and later NeuroNexus as a Principal Scientist. I also served as research faculty in Electrical Engineering and Computer Science at the University of Michigan prior to joining UTHealth Houston.

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Outside work and family, I’m trying to improve my downhill skiing and biking, fishing, photography, gardening skills. A long way to go!​

I joined the lab in January 2020 as a lab Engineering Assistant. During my Master’s in Science in Electrical and Computer Engineering from Rice University, I studied the vestibular contributions to the navigational circuit at Dora Angelaki and David Dickman’s labs. I also received a Master’s in Bioengineering from Rice University and a BS in Biomedical Engineering from Monterrey Tech, Mexico.

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When not doing science, I love to bake and pamper my dogs.​

I hold a B.S. in Physics with Honors from Tarleton State University and a Ph.D. in Biomedical Engineering from Texas A&M University (2023). My interest in neural interfaces began with an retinal implant exhibit in 2005 and has since expanded to encompass a wide range of experimental and clinical neurotechnology. I strongly believe that advancing neural interfacing is crucial to the development of effective therapies for a number of neurological diseases and disorders. At TBBL, I am thrilled to utilize my expertise in physics and biology to optimize custom neuroelectronic applications through computational brain and device modeling.

Beyond my professional pursuits, I find joy in hiking state and national parks, engaging in strategy games, honing my miniature painting skills, and practicing marksmanship.

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I earned my B.S. in Materials Science and Engineering from Yonsei University, South Korea; M.S. in Bio & Brain Engineering from Korea Advanced Institute of Science and Technology (KAIST); and my Ph.D. in Biomedical Engineering from Purdue University (2023). I have research experience in developing advanced neural interface devices for vagus nerve stimulation and recording. I learned that there are many hurdles to overcome for the clinical translation of advanced neurotechnology. At TBBL, I am excited to contribute to the development of next-generation clinical neuroelectronic devices and tackle critical issues hindering the deployment of advanced neuroelectronic devices in clinical settings.

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I enjoy practicing tennis, playing poker, and I love traveling.   

I obtained my BASc in Electrical and Computer Engineering from the University of British Columbia in Vancouver, Canada, and later completed my PhD in ECE - Neuroengineering at Rice University in 2024. Currently, I am a research scientist at TBBL, where I focus on the validation and development of advanced neural interface devices for clinical applications. My work integrates expertise in hardware development, surgical techniques, software engineering, and neuroscience to tackle critical challenges in neurotechnology. 

I'm passionate about bridging engineering and medicine, I am committed to optimizing cutting-edge neural interfaces while gaining hands-on experience in clinical settings and healthcare innovation.

Outside the lab, I enjoy camping, hiking, swimming, journaling, calligraphy, painting, and working on at-home projects.

I completed my BS in Physics from China and later came to the US to finish my MS study in Bioengineering from Northeastern University. Before joining TBBL, I had multiple research and working experiences from university labs, medical device company, and hospital. With the strong interests in developing novel BioMEMS devices and systems by adopting microfabrication and nanotechnology approaches, I feel excited to conduct scientific demonstrations and engineering realizations in nascent brain science areas with animal models and clinical trials. I am applying my physics modeling and simulation, data analytics, signal processing, and other computing skill to achieve the above goals.​

I grew up in Albany, NY but studied at Boston University where in 2021, I received my B.S. in Biomedical Engineering and Electrical Engineering. My work has taken me as far as Tanzania designing devices to assess the quality of Malarial lateral flow assays under Dr. Muhammad Zaman. Most recently I worked at Beth Israel Lahey Hospital with Dr. Ara Nazarian Boston studying dynamic soft tissue mechanics of tendons. I am excited to be here as a Rice University’s Electrical and Computer Engineering MS/PhD student studying novel nanofabrication techniques and translational neural electrodes.

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Outside of my work, I love cooking all types of cuisines and playing guitar!​

 I have come to TBBL after spending 7 years doing neuroscience research in animal models in New York City. In 2019 I completed my BA in Neuroscience at Columbia University and have since done multiple independent projects using techniques such as in vivo calcium imaging and synthetic receptor models. During this time, I discovered my passion for neural electronics which ultimately brought me to TBBL. I intend to use my background as an integrative neuroscientist and my extensive experience in small animal neurosurgery to become a neural engineer that can contribute on both ends.

Outside of the lab I enjoy coding, tinkering, playing music and training in the martial arts.​

My undergraduate journey in Biomedical Engineering at Kwame Nkrumah University of Science and Technology (KNUST) in Ghana sparked my interest in bioinstrumentation and manufacturing medical devices. This interest evolved towards developing prosthetics in biomechanics and eventually led me into the fascinating field of neuroengineering. After completing my undergraduate degree in 2020 and national service as a Teaching Assistant in 2021, I gained practical experience as a Clinical Engineer/Field Service Biomedical Engineer in Ghana for nearly two years before joining TBBL. Joining TBBL has been a significant and exciting step for me as the lab focuses on translational research and the development of innovative neural interfaces with novel and advanced fabrication methods for clinical use and neuroscience applications. This environment allows me to apply and enhance my skills in medical device design and contribute to cutting-edge neuroengineering R&D.

Beyond my academic pursuits, I love playing the piano, soccer, and working out. I am also eager to improve my skills in basketball and learn to play tennis. 

I earned my B.S. in Electrical Engineering in 2021 and my M.S. in Electrical and Computer Engineering in 2022 from University of Michigan, with a focus on MEMS. During my M.S.studies, I worked in Prof. Euisik Yoon's Lab, where I gained experience in microfabrication and assembly of neural devices, further fueling my interest in neurotechnology. Currently, I am pursuing a PhD in ECE at Rice University and am excited to join TBBL to contribute to the development of innovative translational neural interfaces.

Outside of my research, I enjoy brewing and drinking coffee, playing games, and cooking. I am also open to exploring new interests in the future.

I joined the lab in February 2023. I studied electronics and have over 7 years of experience working as an Avionics technician on UAV systems. I'm currently going to school to pursue an engineering degree and expand my career. In my free time, I like to sketch, work on electronics projects, and drive into Linux operating systems.

I graduated from Texas A&M University in 2023 where I received a B.S. in Biochemistry. Before joining the lab, I worked with mice performing stereotaxic surgeries and calcium imaging to study Parkinson’s disease. I have always had an interest in biology and bioengineering so joining a lab where I can gain more knowledge and insight into neuroscience and different engineering techniques is very exciting. 

In my free time, I really enjoy reading and swimming.

I earned my B.S  in Biomedical Engineering from the University of North Texas in 2022. I have had a few years of experience working in the medical device industry from my senior design capstone project and working with upcoming biomedical companies. To being a medical device technician and gaining valuable hands on experiences with fragile and complex medical devices, to working as a process engineer and understanding process control and design of medical devices in the manufacturing field. Lastly I have traveled to various customer sites and understand the importance of appropriate customer- employee interface interactions, and finding ways to constantly improve process control and quality control/management. I am excited to take my experience to the TBL team and help improve the manufacturing teams capabilities.

Outside of engineering, I love to learn on my own, a huge sports junky, love to go biking, animals(favorite: dogs), and trying interesting/new food spots around the city!