Dhruv Bhagtani

Postdoctoral Scholar at Princeton University

Princeton, New Jersey, United States
email-iconphone-icongithub-logolinkedin-logotwitter-logostackoverflow-logofacebook-logo
Join Prog.AI to see contacts
email-iconphone-icongithub-logolinkedin-logotwitter-logostackoverflow-logofacebook-logo
Join Prog.AI to see contacts

Summary

🤩
Rockstar
🎓
Top School
Dhruv Bhagtani is a Climate Data Scientist and Postdoctoral Scholar at Princeton University with eight years of experience applying computational and physical oceanography to climate problems. He completed a strong technical foundation at IIT Madras (BTech, Ocean Engineering) and a doctoral program at ANU focused on how surface heat fluxes and wind stress steer large-scale ocean circulation. Dhruv blends numerical methods (including GPU-parallel finite-element solvers developed as an undergrad) with hands-on laboratory teaching and outreach, having designed courses and coordinated engagement for research talent programs. His work crosses academia and applied research—from estimating barotropic streamfunctions to storm-surge modeling—and reflects a knack for translating complex fluid dynamics into usable models and educational material. Based in Princeton, he brings both rigorous theory and practical implementation experience to interdisciplinary climate challenges.
code8 years of coding experience
job6 years of employment as a software developer
bookIndian Institute of Technology Madras
github-logo-circle

Github Skills (43)

fluid10
cookbook10
toolbox10
jupyter10
machine-learning10
climate-science10
dynamics10
anaconda10
climate-change10
gpu10
binder10
fluid-dynamics10
hydrogen10
ocean10
ocean-modelling10

Programming languages (4)

JuliaJupyter NotebookPythonFortran

Github contributions (5)

github-logo-circle
dhruvbhagtani/toy-model

Apr 2021 - Aug 2021

This is a hybrid model of the global ocean with simplified governing equations to understand large scale circulations.
Contributions:41 commits, 4 PRs, 28 pushes in 4 months
equationsoceanhybrid-modelscalesimplified
The ocean circulation is driven by a combination of winds and surface buoyancy fluxes. We run a number of experiments with varied surface forcings and look at the spatial variations in ocean circulation on short and long time-scales.
Contributions:128 commits, 64 PRs, 85 pushes in 1 year
combinationlookpythonocean-circulationfluxes
Find and Hire Top DevelopersWe’ve analyzed the programming source code of over 60 million software developers on GitHub and scored them by 50,000 skills. Sign-up on Prog,AI to search for software developers.
Request Free Trial
Dhruv Bhagtani - Postdoctoral Scholar at Princeton University