Ninad Jagam
Teaching Assistant @Ira A. Fulton Schools Of Engineering At Arizona State University
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WORK HISTORY
Teaching Assistant @Ira A. Fulton Schools Of Engineering At Arizona State University
Tempe, AZ, US
My work involves supporting the course through grading and academic assistance while staying closely engaged with the subject matter.
EDUCATION
Ira A. Fulton Schools of Engineering at Arizona State University
Master's degree, Aerospace Engineering
Cranfield University
Master's degree, Aerospace Manufacturing
Sandip University
Bachelor's degree, Aerospace, Aeronautical and Astronautical Engineering
Somayya Polytechnic
Diploma, Mechanical Engineering
ABOUT NINAD JAGAM
I am currently pursuing my second Master’s degree inAerospace and Mechanical Engineering at Arizona State University. My first semester coursework includes Concepts of Materials Science, Renewable Energy Mechanical Systems, and Modern Manufacturing Methods, strengthening my understanding of materials behavior, sustainable engineering, and modern production technologies.I previously completed my postgraduate education in Aerospace Manufacturing at Cranfield University, where I developed a strong foundation in structural analysis, composite materials, manufacturing process optimization, and quality engineering. My academic work emphasized advanced composite fabrication, non-destructive evaluation, and design for manufacture integration for aerospace applications.During my first Master’s at Cranfield, I contributed to a hypervelocity impact project, gaining hands-on experience in experimental testing, structural integrity assessment, and failure analysis under extreme conditions. I also supported quality control and technical instruction, working on process validation, defect analysis, and dimensional inspection, with practical exposure to AS9100 and ISO quality standards.My experience across computational and experimental engineering domains allows me to approach complex aerospace and mechanical challenges with a systems-level perspective, focused on structural integrity, simulation-driven design improvement, and manufacturing quality excellence.
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