About

Subhajit Roy

Highly motivated PhD candidate specializing in computational biophysics with expertise in DNA nanotechnology, molecular dynamics simulation, and machine learning. Experienced in developing novel computational tools (oxDNA, oxView) and applying deep learning to structural biology problems. Strong track record of publications, cross-disciplinary collaboration, and translating computational insights into experimental validation. Passionate about advancing scientific computing through innovative algorithm development and open-source contributions.

Tempe, AZ

Subhajit Roy

Education

Academic background

Physics, PhD

August 2022 – Spring 2027

Petr Šulc's Lab, Arizona State University

Computational design and analysis of genetic materials, focusing on DNA origami self-assembly.

CGPA 3.94 / 4.00

Physics, Integrated BS-MS

August 2017 – July 2022

UM-DAE Centre for Excellence in Basic Sciences

Master's Thesis: PLAS-5k binding affinity database and retrosynthesis prediction using deep learning. Advisor: Prof. Deva Priyakumar, IIIT Hyderabad.

CGPA 7.3 / 10.0

Recognition

Awards & honors

NSF Travel Award (2025) and ASU Graduate Travel Award for conference participation

DST-INSPIRE Fellowship — a prestigious national fellowship awarded to the top 1% of students in India pursuing a PhD in sciences

Vijyoshi Science Camp 2018 — selected participant at IISc Bangalore (organized by KVPY)

Teaching & Research Assistantships — Arizona State University (2022–Present)

Talks

Presentations & conferences

FNANO 2025 — presented oxDNA software ecosystem developments and applications

Science Leadership Workshop 2020 — participant

Big Data 2020 — Centre for Mathematical Sciences and Applications, Harvard University

AWS World Summit Online 2020 — attended cloud computing and ML sessions

Journal of Physical Chemistry Workshop — IISER Kolkata, June 2018

Community

Service & outreach

Member — Biophysical Society Student Chapter, Arizona

Science Outreach — presenter at Biodesign Open Door, ASU BioFest 2023 & 2024, Bioscience Network ACP, ASU Homecoming

Community Engagement — represented ASU Physics Department at Luke Air Force Base Air Day 2024

Event Organizer — hosted career conversation sessions and the BPS student chapter image contest for calendars

Before the PhD

Additional projects

A handful of things built during the BS-MS years, outside of biophysics.

Generated and analyzed radio telescope images from GMRT and NASA SkyView across multiple wavelengths (radio, IR, UV, visible)

Classified radio galaxies using multi-spectrum data analysis techniques

Analyzed real-time radio astronomy data to study Milky Way structure and properties

Designed a high-altitude quadcopter using Arduino and STM32 microcontrollers

Developed a uniform job distribution algorithm for multi-GPU/CPU systems using OpenCL