Selected for the ANU-FRT program to collaborate with the Dark Matter Group at the Australian National Univeristy.Utilized simulation tools like Garfield++ and COMSOL to optimize GEM-TPC parameters, critical to dark-matter detection.Led improvements in detector electronics and received training at the Heavy Ion Accelerator Facility, gaining hands-onexperience with high-precision instrumentation, and calibration methods for complex experimental setups.

Led electrical infrastructure development for a 5m Radio Telescope, enhancing signal strength (SNR) by 20dB.Repurposed a TV dish antenna into a Small Radio Telescope, capturing solar transit and mapping geostationary satellites.Designed an analog circuit for to process RF signals by integrating amplifiers, filters, mixers, and ADCs, enablingefficient data transmission between the telescope and computer system while increasing the signal power.Constructed a horn antenna to detect the 1420 MHz hydrogen line, leveraging signal analysis and astrophysicsknowledge to verify the existence of three Milky Way spiral arms.

Part of the team planning to build a 5m Radio telescope at IIT Roorkee.

Worked on Gravitational wave data analysis from LIGO, VIRGO using Pycbc and researched on the effects of Type II Lensing of Gravitational waves.Extended the research on precession and eccentric binary systems to see how the effects will bias the recovery.Gave a seminar talk on "Effect of Type II Lensing on Gravitational waves detection"

Working under Prof. Rajdeep Chatterjee(Physics Department, IIT Roorkee) to develop a code for Coulomb Dissociation Model Using MPI Tools.