• Higher Secondary Education (XII) – Completed in 2019 with 82.2%.
• Bachelor’s in Physics – St. Xavier’s College, Ahmedabad (2019 – 2022) – Graduated with an overall CGPA of 8.63. Gold Medalist for securing first position in the department.
• Master’s in Physics – Gujarat University (2022 – 2024) – Graduated with an overall CGPA of 8.35.

• Teaching Assistant – Adani University (July 2025 – Present): Commenced my academic career as a Teaching Assistant in the Physics Laboratory at Adani University. In this role, I assist in conducting and demonstrating practical experiments for undergraduate students, ensuring proper understanding of core physics concepts through hands-on learning. Responsibilities include preparing lab setups, guiding students through experimental procedures, maintaining safety protocols, and supporting faculty in lab-related academic activities.

Adani University

• Successfully completed a one-year research-oriented program during my Bachelor’s degree in collaboration with the Institute for Plasma Research (IPR), Bhatt. Recognized with a certificate and research medal for outstanding contribution and dedication to plasma research.
• Awarded the Gold Medal at St. Xavier’s College for securing the first position in the department, recognizing outstanding academic performance and dedication throughout the undergraduate program.

• Institute for Plasma Research (IPR), Bhatt
  Research – Plasma Physics
  Duration: 1 Year
  Engaged in a year-long research project focused on ion beam sources within the domain of plasma physics. The research primarily investigated the emittance characteristics of ion beams and the key parameters influencing the formation of a nearly parallel beam output. This work involved theoretical modeling, experimental analysis, and data interpretation to optimize beam quality and directionality for advanced plasma applications.
• Physical Research Laboratory (PRL), Ahmedabad
  Summer Research Intern – Theoretical Physics
  Duration: 2 Months (During 2nd Year of Master’s Program)
  Undertook a theoretical research project on quasicrystals, focusing on the basic structure formation using various mathematical sequences. The work explored the origin and unique properties of quasicrystals, emphasizing their non-periodic yet ordered nature. This internship provided deep insights into the mathematical modeling and theoretical frameworks underlying quasicrystalline structures.