Harsh Parikh
Cards
About
Titles
Assistant Professor of Biostatistics
Affiliate Faculty, Public Health Data Science and Data Equity
Positions outside Yale
Guest Researcher, Danish Centre for Health Economics, University of Southern Denmark; Affiliate, Biostatistics, Johns Hopkins Bloomberg School of Public Health; Applied Scientist III [Part-time], Supply Chain Optimization Technologies (SCOT), Amazon.com
Biography
I develop machine learning–aided causal inference approaches to solve high-stakes problems that are: (i) Accurate, enabling estimation of heterogeneous treatment effects in complex scenarios with limited data; (ii) Trustworthy, allowing domain experts to understand the machinery, validate underlying assumptions, and identify where predictions may be unreliable; and (iii) Domain-conscious, leveraging domain context and knowledge to come up with applicable solutions, reducing the research-to-practice gap.
Appointments
Biostatistics
Assistant ProfessorPrimary
Other Departments & Organizations
- All Institutions
- Biostatistics
- Yale School of Public Health
Education & Training
- PhD
- Duke University, Computer Science (2023)
- MS
- Duke University, Economics and Computation (2018)
- BTech
- Indian Institute of Technology Delhi, Computer Science and Engineering (2015)
Research
Overview
My research focuses on developing (interpretable) causal inference approaches for aiding decisions in high-stakes complex scenarios. My collaborators and I have used my research to address challenges in healthcare, public health, and social sciences. Decision-making in these critical domains is fraught with difficulties stemming from, but not limited to, the intricate interplay of factors, including the heterogeneity of causal effects across subpopulations, the substantial costs associated with suboptimal decisions, and the inherent complexities in the available data, all of which complicate the assessment of risk-benefit trade-offs. In pursuit of more effective solutions, my work is centered around the development of causal inference methodologies that are:
Accurate: to ensure accurate estimation of heterogeneous causal effects, even in scenarios with data limitations, offering decision-makers a reliable foundation upon which to base their choices.
Trustworthy: to empower domain experts to comprehend the inner workings of the causal inference process. This not only enables experts to validate the underlying assumptions but also guarantees patients' safety.
Domain-conscious: to bridge the research-to-practice gap and yield solutions that are readily implementable. I leverage the context and domain knowledge to tailor solutions specific to a subject matter.
Medical Research Interests
Public Health Interests
Academic Achievements & Community Involvement
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Contacts
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Locations
60 College Street
Academic Office
Fl Second Floor, Rm 200
New Haven, CT 06510