Industry-Oriented Profile

I am a Physics PhD candidate (expected 2026) with research-software experience in simulation, data analysis, and reproducible computational workflows.

My work includes building and maintaining C++ and Python pipelines for numerical modeling, uncertainty-aware analysis, and publication-grade result generation on Linux and HPC environments.

I am also developing practical experience in quantum computing (Qiskit workflows) and ML/AI-assisted scientific workflows.

Technical stack

  • Languages: Python, C++, Mathematica, basic MATLAB
  • Platforms: Linux, Slurm/HPC, Git/GitHub/GitLab
  • Domains: scientific simulation, data analysis, uncertainty quantification, visualization

Experience

Graduate Researcher

Kent State University

Researching bottomonium suppression and transport in high-energy collisions. Building reproducible C++ and Python pipelines for simulation, uncertainty propagation, and publication-grade analysis.

Teaching Assistant

Kent State University

Supported undergraduate physics instruction and laboratory sections, including data analysis and computational problem solving.

Education

PhD in Physics (expected)

Kent State University

Advisors: Dr. Andrew Hanlon, Dr. Ramona Vogt, and Prof. Michael Strickland. Current work centers on quarkonium transport and suppression in p–Pb and heavy-ion systems.
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M.A. in Physics

Kent State University

B.Sc. in Physics

Amrit Campus, Tribhuvan University

Graduated with distinction (ranked first in batch). Minors in mathematics and chemistry.
Skills
Programming and Scientific Computing
Python
C++
Mathematica
MATLAB (basic)
Qiskit
Research Toolchain
HPC and Slurm Workflows
Statistical Analysis and Uncertainty Quantification
Linux and Git-based Reproducible Pipelines
ROOT, Pythia, Geant4 (working familiarity)
Professional Links