Selected to be on the Software Team of Husky Robotics, one of the chosen 6 out of ~100 applicants.Responsible for developing Unity software for the virtual simulator used for testing mars rovers and integrating functionality into our website (made with React), displaying critical information about the robot for drivers to use while in competition and testing.

• Software Team – Developed Java programming skills, learned a separate team library, created subsystem diagnostic tests, notated routines, aided with extensive fine-tuning.• Human Player – Important role in competition, required to interact with robots on the playing field and keep specific rules in mind. Attended many extra training sessions with other drive crew members.• Co-Technician – Shared this role with another student, mechanical-oriented, learned how to fix and troubleshoot any issues that arose on the robot during competitions, also involved in many practices to learn how to use tools and identify parts and machinery on the robot.• CAD – Learned how to use Autodesk Inventor, a piece of software that allows for detailed replicas of robots, mechanisms, and game pieces in software, gaining a preview of parts before fabrication.• Animation Team – Learned how to use Autodesk Maya, a modeling and animation software, created an animated video explaining the robotics game the team created.• Interview Team – Explained the robotics game created to judges, which required detailed research and full knowledge of the game.

• Software Team – Advanced Java programming skills, learned how to utilize team library, created autonomous routine, performed fine-tuning and many tests.• Contributed to the Engineering Notebook, which was then presented along with the robot to judges at competitions.

First Lego League

TEXTILE: Tutorials in EXperimentalisT Interactive LEarning, 2022 Selected Summer Research Participant (33% acceptance)Disease Directed Engineering Lab (PI: Elizabeth Nance), Chemical Engineering Department, University of Washington- Learned introductory Python (NumPy, Pandas, SciPy, Scikit-Image, SKLearn) and Data Science (Image Processing, Data Management, Machine Learning)- Applied imaging processing and machine learning techniques to fluorescent brain cell images from recent research papers- Engaged in research skill workshops including: how to read research papers, DEI and Ethics in Data Science Applied to Neuroscience, and career planning

I was the Webmaster for my school's PTSA, a group of parents, teachers, and students that work together to organize, fundraise, and essentially keep the school functioning and running. Their mission is to create and foster opportunities that enrich and support students, staff, and parents. My duties included setup of membership purchase and reporting, updating site content and calendar, solving user and technical problems, and communicating with the PTSA President.

• Responsible for distributing written articles to the Editing Team, ensuring newspaper quality, and communicating with our advisor every month.• Managing a group of 14 students, encouraged others to join editing, taught editing skills.• Planning to create an online website to promote engagement and increase readership.

Hired to be a full-time software engineering intern for an indoor mapping company working to make traversing unfamiliar indoor locations easier by using Bluetooth beacons and software to create GPS-like interfaces that will guide users to internal locations.Worked on solving location drifting–when a user’s location would become inaccurate over time; added smart movement checking (determining if user is standing still/walking/running), boosting accuracy by as much as 70%.