Sohit Miglani

Currently seeking full-time roles as a Research Scientist / Computational Biologist starting in Spring or Summer 2027.

PhD Candidate at Princeton University

B.S. Computer Science at Minerva University

 A mathematician and biologist passionate about building quantitative frameworks to understand the world around us.

My book recommendations

My blog posts

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Upcoming Publications

Small lattice-protein with a well-folded native state preferentially forms a disordered condensate

Miglani S, Weiner B, Wingreen N. (In Review)

PhosphoStack: A biologically informed model for phosphorylation site prediction

Miglani S, Aman A, Fife J, Singh M (Manuscript in preparation)

Ribolog: A method for unbiased analysis and meta-analysis of ribosome profiling data

Asgharian H*, Miglani S*, Goodarzi H (Manuscript in preparation)
*contributed equally

Functional screen identifies RBM42 as a mediator of oncogenic mRNA translation specificity

Kovalski JR, .., Miglani S, .., Ruggero D (February 2025)

Honors and Awards

  • 2025: Nominee from Princeton University, Regeneron Prize for Creative Innovation
  • 2024 – Present: Career Mentoring Fellow, American Physical Society
  • 2024: Exemplar Mentor Award, McGraw Center for Teaching and Learning, Princeton University
  • 2022: Lewis-Sigler Institute for Integrative Genomics Scholar, Princeton University
  • 2020: Most Sustainable Hack Award, TreeHacks 2020, Stanford University
  • 2019: Fellow of Impact Labs Coalition, a community of data scientists in the US.
  • 2017: Finalists at YouFab Global Creative Awards, VIVITA Project, Tokyo.
  • 2016: Barbara Wiedner and Dorothy Vandercook Memorial Foundation Scholarship

Research Experience

Graduate Student Researcher, Princeton University, Aug 22 – Present

Junior Specialist II, University of California San Francisco, Oct 20 – Jun 22

Research Intern, University of Chicago, Oct 19 – Sep 20

Teaching Assistant, Minerva University, Jan 19 – May 20

Summer Scholar, Novartis, Jun 19 – Aug 19

Recent Talks & Presentations

Clustering of protein linkers drives a dynamical arrest in condensates

International Physics of Living Systems Annual Meeting (2026)

Small lattice-protein with a well-folded native state preferentially forms a disordered condensate

Global Physics Summit, American Physical Society (2025)

Fine-tuning LLMs to predict protein-protein interactions: Opportunities and challenges

Invited Talk at the University of Potsdam (2026)

Ripples in my protein: How different parts of a protein talk to each other and change its structures

Princeton Research Day, Princeton University (2023)

Key Projects

ScEasyMode

Wrappers for automating single cell workflows in Python (with Johnny Yu, PhD).

PRADA

Prioritization of Regulatory Pathways based on Analysis of RNA Dynamics Alterations.

Parsl Patterns

Implementations of Computing Patterns in Parsl.

LatticePy

An open-source, scalable and replicable package for lattice simulations of bio-molecules.

Ribolog

The only end-to-end analysis package for ribosome profiling data.

APAlog

An open-source package for discovering discovering alternative poly-A site switches.