About

​

Academic Journey

My academic journey has been driven by a deep curiosity about materials and their behavior under extreme conditions. From my B.Tech to my ongoing Ph.D., I have explored various aspects of metallurgical and materials engineering, focusing on alloy design, deformation mechanisms, and hydrogen embrittlement.

• B.Tech (2016–2020) – University Institute of Engineering and Technology (UIET), Kanpur, India.
  I began my journey in materials science and metallurgical engineering at UIET Kanpur, where I developed a strong foundation in physical metallurgy, mechanical behavior of materials, and phase transformations. My undergraduate years provided me with hands-on experience in materials processing and characterization, sparking my interest in research.

• M.Tech (2021–2023) – Indian Institute of Technology (IIT) Kharagpur.

• Research group: Light metal and alloys research lab IIT Kharagpur.
  My M.Tech specialized is in metallurgical and materials engineering from IIT Kharagpur, where I worked on the deformation behavior of Mg-rare earth alloys with Prof. Somjeet Biswas. This research introduced me to understanding the effect of alloying elements on activation of slip and twin systems in Mg-alloys, micromechanics, alloy strengthening mechanisms, and thermomechanical processing, deepening my expertise in lightweight structural materials.

• Ph.D. (2021–Present) – Indian Institute of Technology (IIT) Bombay. 

• Research Groups: CMEG and MiMeMa

Currently, I am pursuing my Ph.D. at IIT Bombay, where my research focuses on the effect of hydrogen on the performance of steels, particularly hydrogen embrittlement and its impact on high-strength low-alloy (HSLA) steels and pipeline steels for hydrogen transport. My work involves advanced characterization techniques, fracture mechanics, and alloy design strategies to improve material reliability in hydrogen-rich environments.

Through my academic journey, I have gained extensive experience in materials research, mechanical testing, and microstructural analysis, and I am eager to contribute to advancements in structural materials for aerospace, automotive, and energy applications.