CV
My academic CV summarizes my research experience, publications, software projects, technical skills, laboratory experience, and selected engineering projects.
Academic CV
The latest version of my CV is available here:
Download Research and Software Portfolio
Profile Summary
I am an Integrated BS–MS Physics student at the Indian Institute of Technology Roorkee with experience in computational detector physics, scientific software development, gamma-ray spectroscopy, and Geant4-based Monte Carlo simulations.
My current work develops angle-resolved annihilation-photon correlation factors for coincidence-summing corrections in high-efficiency NaI(Tl) detectors. I am first and corresponding author of an annular-detector paper submitted to DAE SNP 2026 on 8 September 2026 and developer of its public reproducibility package; a separate soccer-ball detector study and journal paper are the next stage.
Research Focus
My research interests include:
- Computational physics
- Scientific software development
- Monte Carlo simulations
- Geant4
- Detector-response modelling
- Coincidence-summing analysis
- Radioactive-source modelling
- Radiation detection
- Gamma spectroscopy
- High-performance computing
- Scientific instrumentation
Key Research Output
I am first and corresponding author of a conference paper submitted to the DAE Symposium on Nuclear Physics 2026 on 8 September 2026:
Angle-resolved annihilation-photon correlation factors for an annular NaI(Tl) detector
Its public reproducibility package is the Angular Factors Calculator.
My master’s thesis is titled:
A Python-Assisted Geant4 Workflow for Automated Scintillation Detector Response Simulations
This work also forms the basis of my first-author conference paper accepted for poster presentation at IEEE Nuclear Science Symposium 2026:
A Python-based Tool for Automated Geant4 Simulations of Scintillation Detectors