Oversaw 11 vehicle teams as we advanced towards Fall 2024 launch date. Found and solved numerous inter-system conflicts by coordinating team efforts. Conducted full scale CFD on our rocket to establish critical aerodynamic characteristics.

Led the Structures team as we integrated the rocket’s systems together. This included deep collaboration with the Fluids, Avionics Hardware, GNC, and Recovery teams to combine much of Halcyon’s hardware into one cohesive apparatus.

Worked as the Physical Integration sub-team lead. Oversaw projects such as assembly rail design and manufacture, along with fluid and electrical line raceway integration. Developed a new process to manufacture raceways through wet fiberglass layups on foam molds.

Helped to design and manufacture a scalable assembly rail for our rocket. Tackled smaller projects such as launch rail interfacing and engine mount joint design to the airframe.

Continued my summer internship by doing contract CAD work for modeling NFL stadiums to be utilized in large scale CFD simulations.

- Generated accurate 3D CAD models of cityscapes such as New York City, Toronto, and Los Angeles for use in CFD analysis of how certain wind patterns permeated both MLB and NFL stadiums. This included extensive work in both Blender and Solidworks.- Took part in the a course designed to fully train industry professionals in CFD analysis.- Learned how to utilize Star CCM+ for industrial applications on real world systems scaling from sprinkler heads to whole cities. This also included developing my own model to predict real time geothermal heat sinking as it varies based on surface climate and depth.

Worked under Professor Ann Chen in the Computational Engineering department to help collect and analyze SAR data from satellites. This technology is able to detect small scale deformations in elevation that can be indicators of many natural disasters like earthquakes, landslides, and volcanic activity. Specifically, I looked into discrepancies between data sets on the Hawaiian islands based on their reference points and evaluated these differences' statistical relevance compared to the total error from other sources such as atmospheric noise.

Helped to educate other undergraduates in entry-level engineering courses of both physics and computer science. These included: statics, dynamics, mechanics of solids, introduction to computation (both C++ and MATLAB), and numerical methods and analysis (MATLAB).

Quality assurance software testing for House of How Games in association withDraftKings. Evaluated and analyzed the performance of dozens of games and the unique issues encountered when testing them at different locations across the North East. **Signed an NDA

Math tutor for K-12 students of all disciplines and levels. Helped to create customized learning paths catered to each student's individual needs while also helping to balance their relationship between school and extracurricular work. Acquired both in person and online experience after the shift due to the outbreak of COVID-19.