About JH

Due to countless surgeries and doctors office visits, I've been personally immersed in the health care system from the day I was born. I would constantly imagine ways that the health care system could be improved, from better equipment to cures for diseases to improved physician-patient interactions. My motivation to improve health care--and more fundamentally improve peoples' quality of life--has been at the core of everything I've done. Eventually, I landed in public health in order to work on this goal.
In order to accomplish my goals of improving public health and more generally quality of life, I blend technology with health care. I've worked in several domains including computational and biological modeling, natural language processing, web development, data visualization, designing and implementing public health interventions, and education. I'm also in my second year of an MPH at Brown University. By combining concepts from these and other fields, I work to improve the health care system.
I work on a variety of health care problems, including work on technological and privacy-preserving solutions for COVID-19 as well as local government response to COVID-19, the loneliness epidemic, disease modeling and prediction, and identifying drug side effects using NLP. I also have a passion for educating people at all stages of life, and I've worked on mathematical visualizations and am currently teaching a research course at Brown University.

Research Interests
I have many research interests and ongoing projects. These are some of the topics and questions I'm currently working on.
  • What design choices facilitate healthy behaviors?
  • How can health care delivery be redesigned to improve health outcomes?
  • What information can we aggregate from wearables to discover and model disease spread?
  • How can hospital/patient data be visualized to make it easier to understand for both patients and doctors?
  • How can health care record entry be simplified and/or sped up? How can it be automatically stored and processed to display insights about treatments over time?
  • How much access to health care records should patients have? How do we keep them secure and disperse them (using EmTech i.e. blockchain)?
  • How is the health care system being decentralized away from the current hospital-centric model? What impact does this have on health care accessibility and cost?
  • Can we more effectively apply qualitative research methods to social media analysis?
  • How do we combine analysis of social media and online interactions with analysis of real-world interactions and movement patterns?
  • How can space tech, ranging from the obvious (remote sensing data, etc.) to the less obvious be used to improve health, and how can health care developments improve space travel?
  • What can we adapt from space technologies to design efficient, sustainable houses and cities that also mitigate negative effects of climate change on health?
  • What insights can behavioral economics provide to those working in health care? How about models from (unexpected?) fields like physics?
  • Who are the major stakeholders in facilitating changes to the health care system? What are they motivated by? How can data be effectively communicated to them in a persuasive way?
  • Who are the biggest players in health care reform going to be? What is the role of private corporations going to look like?