Atlanta, Georgia, United States
I am a research assistant at Stelar Lab, where I conduct interviews of students discussing their life and the significance of life events such as academic challenges and turning points. I code transcripts of interviews assigning values to quantify and compare. I have a BS in Biomedical/Medical Engineering from Georgia Institute of Technology, where I learned how to apply engineering principles and design concepts to medicine and biology. Previously, I worked as an integration engineer at Epic, where I maintained high customer satisfaction through proper customer service, quick response time on client issues, and creative troubleshooting. I also found ingenious ways to access, convert, and display medical data to the end users of Epic's software while maintaining privacy and confidentiality. I visited on-site for troubleshooting important issues on short notice. I have skills in laboratory equipment, high level of accuracy, and attention to detail. I am passionate about improving human health and well-being through innovative and ethical solutions. I can bring diverse perspectives and experiences to the team, as I have worked with different stakeholders, technologies, and data sources in the medical field.
Prototyping medical device wearables and analyzing the data these wearables produce. Developing a computer‑vision model to advise patients whether additional preparation is needed based on images. Investigating drivers of patient anxiety due to misinterpretation of lab results and evaluating ways to reduce it.
Conduct interviews of students discussing their life and the significance of life events such as academic challenges and turning points. Code transcripts of interviews assigning values to quantify and compare.
Maintain High Customer satisfaction through proper customer service, quick response time on client issues, and creative troubleshooting Find ingenious ways to access, convert, and display medical data to the end users of Epic's software while maintaining privacy and confidentiality Visit On-Site for troubleshooting important issues on short notice.
Provide assistance in using audio and video technology, such as monitors, projectors, and microphones to professors. Install and maintain audio and video equipment in lecture halls and classrooms.
Design and fabricate components of finger pads, varying thickness, material, and texture. Design and run experiments on single controllable-stiffness joints and full multi-joint fingers contacting fixed objects at various positions along their range of motion.