Masters

A graduate student specializing in aerospace engineering, currently undertaking advanced research on radar absorbing materials and stealth technology under the supervision of Prof. Krishnendu Haldar. With a strong foundation in electromagnetic material characterization, composite modeling, and radar cross section (RCS) reduction, I am contributing to both experimental and simulation-based research at the intersection of materials science and aerospace engineering.

An aerospace enthusiast working in computational structural mechanics and impact dynamics, with a focus on ballistic and high-strain-rate simulations. Current work involves constitutive modeling and implementation of user material subroutines (VUMAT/UMAT) for nonlinear and rate-dependent materials, along with finite element analysis of impact, damage, and failure behavior. Experienced with Abaqus (Standard and Explicit), Python for numerical modeling and post-processing, and aerodynamic tools including OpenVSP, VSPAERO, and OpenFOAM for multidisciplinary studies.

A Dual Degree (B.Tech + M.Tech) student, enthusiast about aerospace engineering specifically structures and design with a focus on Computational and Experimental methods. Currently working on the topic of Damage mechanics of SMA based composites due to ballistic impact, involving the modelling using MATLAB and FEM using COMSOL. 

Previously worked on Enhancing Thermal Stability of Satellite Structures, thermomechanical Analysis of Composite and Aerogel-Based Materials which is soon going to be published, during undergrad. Experienced with COMSOL, Python, MATLAB, ANSYS, CATIA v5 and XFLR5

An aerospace engineering enthusiast in advanced functional materials and smart material systems involved in the experimental investigation of magneto-active polymers (MAPs), primarily focusing on Fe₃O₄ particles embedded in an Ecoflex matrix (1:1 ratio), along with ESEM (Environmental Scanning Electron Microscopy) for microstructural analysis. Experience includes magneto-active polymer fabrication, MAP specimen preparation, and magnetization testing for material characterization. Using MATLAB for data processing, curve fitting, and graphical visualization of experimental results. Experienced in operating the BISS Tech machine under controlled and varying magnetic field conditions (acquired from ITW India Private Limited – BISS Division), and performing uniaxial tensile test, quasi-static magneto-mechanical tensile, strain-rate dependent, compression test, cyclic loading, and stress-relaxation tests to analyze the mechanical response, viscoelastic behavior, and field-dependent characteristics of the specimens.

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