Amrith Mariappan
Research Assistant @University At Buffalo School Of Engineering And Applied Sciences
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WORK HISTORY
Research Assistant @University At Buffalo School Of Engineering And Applied Sciences
Buffalo, NY, US
Leading advanced theoretical investigations into hypervelocity impacts, specifically focusing on entropy-based modeling and thermodynamic state index (TSI) for material failure under extreme conditions- Developing and validating innovative numerical models using customized user-defined material subroutines and equations of state within advanced computational platforms including LS-DYNA and Abaqus, significantly enhancing simulation accuracy and reliability- Successfully replicated and validated benchmark experiments from peer-reviewed literature, facilitating deeper insights into material behavior at high strain rates and improving predictive models for space debris impacts- Training and mentoring undergraduate researchers, providing guidance on simulation methodologies, best practices in computational modeling, and the interpretation of complex datasets- Leading initiatives in the preparation of detailed technical reports and proposals for funded research opportunities, contributing to project management and strategic research planning- Leveraging and enhancing my skills in Python scripting, finite element analysis (FEA), and high-performance computing to drive cutting-edge research outcomes.
EDUCATION
University at Buffalo School of Engineering and Applied Sciences
Doctor of Philosophy - PhD, Aerospace, Aeronautical and Astronautical/Space Engineering
Kumaraguru College of Technology
Bachelor of Engineering, Aerospace, Aeronautical and Astronautical Engineering
University at Buffalo School of Engineering and Applied Sciences
Master's degree, Aerospace, Aeronautical and Astronautical Engineering
ABOUT AMRITH MARIAPPAN
As an aerospace engineer driven by curiosity and a deep passion for sustainable space exploration, my mission is to pioneer innovative solutions for the growing challenge of space debris. Currently pursuing my PhD at the University at Buffalo, my research centers on advanced hypervelocity impact modeling, space debris recycling, and developing strategies for safe and sustainable operations in Earth\'s orbital environment.At the heart of my work lies a commitment to transforming what many perceive as cosmic waste into valuable resources, such as fuels and aritifical soil, paving the way for extended human presence in space. My research integrates cutting-edge computational methods, hands-on experimentation, and cross-disciplinary collaboration, contributing valuable insights through multiple peer-reviewed publications and international conferences.Beyond academia, my dedication extends into community leadership and advocacy. As the founder of the nmdp chapter at UB, I\'ve successfully mobilized campus-wide initiatives, bringing hundreds into the fight against blood cancers. My volunteer work as a cancer coach and occasional STEM education mentor underscores my belief that meaningful engineering transcends technical boundaries and profoundly impacts lives.Equipped with a versatile skill set including computational modeling (ANSYS, LS-DYNA, Abaqus), programming (MATLAB, Python), and machine learning, I thrive in environments where innovation meets practical impact. I am always eager to connect with like-minded professionals and collaborate on projects aimed at shaping a sustainable and inspiring future in aerospace.Let\'s connect and explore how we can drive forward the frontier of aerospace engineering and make a meaningful difference—both here on Earth and in space.
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