I am a dedicated Aerospace Engineering graduate student at Arizona State University (GPA: 3.24) with expertise in Finite Element Analysis (FEA), CAD modeling, and thermal protection systems. My journey began with a dream of becoming a pilot and evolved into a passion for engineering cutting-edge aerospace solutions.
With hands-on experience in structural simulations, materials research, and systems engineering, I have contributed to projects at NASA L'SPACE, Yang's Lab, and RCI DRDL. My work focuses on advancing aerospace technology through rigorous analysis, innovation, and problem-solving.
Arizona State University | GPA: 3.24 | Dec 2024 | Tempe, AZ
Key Coursework: Thermal Protection Systems, Composite Materials, Unmanned Aerial Systems, Finite Element Analysis, Safety in Complex Systems.
SRM Institute of Science and Technology | GPA: 3.7 | May 2022 | Chennai, India
Key Coursework: Aircraft Structures, Applied Structural Mechanics, Experimental Stress Analysis, Aircraft Materials and Production Techniques.
- Simulating multilayered thermal tiles (tungsten/silica aerogel/carbon fiber) using COMSOL for extreme aerospace environments.
- Contributing to thermal protection systems (TPS) through advanced material performance analysis.
- Mentored 120+ students, improving class performance by 20% through structured guidance and study materials.
- Mapped Martian water sites using JMARS to support human exploration mission planning.
- Earned NASA certifications in NX CAD, Systems Engineering, and Risk Management.
- Modeled shear pin behavior in Abaqus, achieving a 95% correlation between simulation and experimental results.
- Developed eco-friendly natural fiber composites for aerospace applications, reducing material costs by 15%.
- Simulation Tools |Abaqus, COMSOL & MATLAB
- Design & CAD | SolidWorks, Abaqus, CATIA V5 & Siemens NX CAD
- Core Skills | FEA, Composite materials & Structural optimization
- Certifications | Interpersonal Skills in Project Management, ASU, Engineering Project Management, ASU Forensic Engineering Learning from Failure & Delft University
