This past summer I had the extrodianry opportunity to work alongside some of the most talented individauls in the industry during my internship at NASA Ames Research Center. I worked on the Heatshield for Extreme Entry Environment Technology (HEEET) project in the Thermal Protection Materisals Branch Entry Systems Modeling. My project focused on a specific 3D woven carbon yarn infused with a phenolic matrix designed to withstand the harsh conditions of atmospheric reentry. My role involved analyzing material samples, searching for and examining variability, and conducting data analysis and simulations to evaluate the materials' ability to withstand harsh conditions, contributing to advancements in heatshield technology.Throughout the summer, I attended seminars on a variety of NASA projects and participated in tours of multiple facilities, broadening my understanding of the diverse research and development efforts at NASA. I had weekly meetings with my mentors, Lauren Abbott and Justin Haskins, to discuss the progress of my project and to receive valuable feedback. At the end of my internship, I presented my findings in a poster session (available upon request) and gave a presentation to my branch and its leadership, summarizing the advancements made during my time there. I am continuing this research throughout the school semester, aiming to achieve further conclusions and results.

Assemble and test Microchannel Plate detectors to determine efficiency and compare the electronic characteristics of various plates. Work with various electro-mechanical components and devices as well as thermal testing. Gaining experience with high vacuum pumps and chambers, precision cleaning, UV sources, clean room operations, data processing, and day-to-day logistics and maintenance of laboratory equipment and workspaces.

Worked alongside team members to design, CAD model, optimize, 3D print, and test airfoils of a plane for the Design-Build-Fly student competition. Research and test various airfoils, angles of attack, and wing placement for efficient and successful flight in competition.

- Manage community outreach events to recruit new members to learn more about Aerospace Engineering here at Berkeley- Aid in organizing networking opportunities and events that allow students to interact with industry leaders in the field of Aerospace and Aeronautic Engineering

Lead System Engineer leading a team of engineers working on a mission concept to design a spacecraft to orbit Enceladus and collect vapor samples to determine the viability of life on Jupiter’s moon. Learn mission procedures and protocols from industry professionals and conduct a Preliminary Design Review (available upon request). Completed in-depth skill modules in areas of Siemens NX CAD, Heat Transfer, Systems Engineering, Project Management, Risk Management, Teaming, and Requirements. Lucy Student Pipeline Accelerator and Competency Enabler: Mission Concept Academy (MCA), Fall 2023.

Walk dogs for clients and follow agreed-upon routes and schedules. As a Wag! employee I often also provide companionship for clients' pets during work hours, vacation periods, etc.