Projects
Fatigue Life Prediction for Cold-Sprayed Multi-Materials
At the COMSOL Boston 2024 Conference, I co-presented research on predicting the fatigue life of functionally graded materials (FGMs), a critical challenge for aerospace applications. This study used COMSOL Multiphysics to model stress accumulation and evaluate fatigue properties under operational conditions. The work aims to enhance the reliability and performance of FGMs, which offer unique benefits for thermal and structural engineering. By simulating damage mechanisms, the project provides valuable insights for designing materials capable of withstanding extreme environments.
NASA Mass Space Grant Fellowship
My graduate research, supported by the NASA Massachusetts Space Grant, focused on understanding interfacial damage accumulation and its impact on heat generation in energetic materials. I designed mock explosive polymers using PDMS and sugar crystals to mimic real-world conditions safely. This innovative work identified mechanical and thermal stress points that could lead to volatile behavior, aiming to improve safety in manufacturing and handling processes. Through rigorous testing and modeling, the project contributes to safer standards for industrial explosive materials.
Microfluidics Platform Development
During my undergraduate capstone project, I developed a microfluidics platform designed for analyzing molecular dispersion through Taylor Dispersion techniques. This accessible and low-cost system allows researchers to study fluid dynamics with high precision, opening new possibilities for applications in chemistry, biology, and engineering. Working in a cutting-edge lab, I utilized fluorescein dye experiments to validate the system’s performance, producing results that demonstrate its versatility for various fields. Learn more about the research here.
Multimedia Physics Education
In an interdisciplinary project aimed at simplifying physics concepts, I created a series of multimedia educational videos designed to make science engaging and accessible. I was responsible for writing, directing, and narrating content that covered topics such as energy conservation and wave dynamics. Each video was tailored to present complex ideas through visually appealing and relatable storytelling, helping to inspire a broader audience. Watch some of the videos: Video 0.5, Video 1, Video 2, Video 4.
Volunteering/Outreach
Alpha Phi Omega (APO)
As a lifelong member of Alpha Phi Omega, I contribute to service initiatives through my current role overseeing public relations for Region R. This involves organizing campaigns, fostering connections between chapters, and promoting the fraternity’s mission of leadership, friendship, and service. During my undergraduate years, I held multiple leadership positions, including President, Vice President of Membership, and Vice President of Leadership. In these roles, I led large-scale service projects, fundraisers, and community-building events. My experiences with APO taught me the value of collaboration and the profound impact of serving others.
The Growing Center – Somerville
I volunteer at the Growing Center, a vibrant community space dedicated to sustainability and environmental education in Somerville. My work includes event coordination, community outreach, and hands-on assistance with urban gardening projects. I find this work deeply fulfilling, as it allows me to connect with people and help foster a shared appreciation for green spaces. The center serves as a hub for cultural and environmental events, and I am proud to contribute to its mission of promoting sustainable urban living.
Somerville Commission for Women
As a volunteer with the Somerville Commission for Women, I play an active role in organizing events that support and empower women in our community. From coordinating educational programs to managing event logistics, I work alongside a dedicated team to address key issues facing women today. This experience has been incredibly rewarding, allowing me to contribute to meaningful causes while developing valuable skills in event planning and public engagement.
Fabville 3D Printing Telescope Workshop
I am currently assisting with the Fabville 3D Printing Telescope Workshop, a unique initiative aimed at making astronomy accessible through DIY telescope assembly. This project combines my passion for hands-on engineering with my love for space exploration. Participants learn the fundamentals of 3D printing and optics while constructing their own telescopes. By fostering interest in science and technology, this workshop inspires curiosity and a deeper appreciation for the night sky.