Hi, I am a senior at Princeton University pursuing a Bachelors of Science in Engineering in Civil and Environmental Engineering, with an emphasis in architecture and structural engineering. My passions lie in seismic design and damage mitigation through innovative design techniques. During my time with Dr. Garlock's CRUE research group, I have learned the design of steel plate shear walls with a low frequency sinusoid (LFS) form. This experience provided me exposure to seismic force resisting systems, finite element analysis, and structural analysis of steel structures. I have also researched with Dr. Branko Glišić's SMH research group and Dr. Nicos Makris of SMU, where I developed a program to simulate the rocking behavior of a free-standing, slender column under various ground movements. This experience provided me insight into the marvels of base (rocking) isolation in efforts to minimize base shears and plastic moments, as well as dynamic analyses governing the design of inverted pendula-type structures.During my time working for KPFF Consulting Engineers in the DTLA office, I have acquired invaluable experience in the design of (non)equipment anchorages, retaining walls and other site structures, AASHTO and CALTrans specific design codes, and was introduced to bridge design through an intern design project. My time at KPFF provided exposure to softwares like SAP2000 for Modal Spectral Analysis, Dynamic Response Analysis, Equivalent Static Analysis, SPColumn, ENERCALC, MathCad, Hilti Profis, Bluebeam, and detailing/markups. On campus, I am actively involved in service-oriented organizations and programs, where I provide mentorship and advising resources, as well as collaborate with nonprofit organizations to advance and improve the lives of disadvantaged communities and individuals.