I'm currently working part-time as a software architect at Pacer, a SaaS startup aiming to revolutionize automotive dealerships. I built a scraping algorithm that scrapes cars on action from many sites. This data was stored using Google's Firestore, and I built a frontend using Flask to display all the auctions. Features of the website include a live countdown until the auction ends and the ability to filter by properties like make and year. It also includes a smart search bar that filters while you search and uses an AI model in the backend to understand searches that don't exactly match the posting. For example, the user can type "Lambo 2021" and it will give any result for a 2021 Lamborghini. We are partially in stealth mode, so I can't talk about my current project, but I look forward to the product release to talk more about it.

During my summer internship with Mach Industries, I worked as a computer science intern to analyze the current propulsion system, predict performance, simulate the engine, and develop the next iteration of the system. - Used software tools like OpenMDAO to model the current engine and predict behavior for a variety of environmental conditions. - Designed the propulsion system's next iteration, which created 60% more thrust to allow the aircraft to take off vertically. - Built software and compatible hardware to work with National Instrument modules to allow for seamless data collection and logging. ​​​​​​​

Working on a team of engineers to design and build an electric Formula 1-style race car for the Formula SAE Competition (https://www.fsaeonline.com/)- Designed and tested the drivetrain- Currently testing and optimizing the cooling loop system, which includes using thermodynamic principles to calculate maximum heat, testing the system, and analyzing the data to find the most efficient fan and radiator.

Working on a team to design and build a rocket for the Intercollegiate Rocket Engineering Competition (IREC) completely from scratch. Also founded Olin Rocketry's multi-year Spaceshot rocket program, with the goal to launch a rocket that reaches the Kármán line by 2027.- Designing a Kalman filter to detect the rocket apogee during the flight- Building and testing PCBs and a custom GPS so we can pack all the avionics in a smaller space, allowing us to test more efficiently and eventually have a more compact rocket- Building a subscale mechanism to test the avionics without having to launch the full-scale rocket.

Led the Portland Rocketry team to build rockets for the NASA Student Launch Challenge and the American Rocketry Challenge- Managed the progression of projects, including the development of rockets, social media presence, and outreach events.- Led the team to qualify for TARC finals 3 times, placing Top 20 for two consecutive years.- Led the team in the NASA SLI Competition, which involved designing, building, testing, and launching a seven-foot rocket to about 1 mile. This included testing subscale models, presenting design reviews to a panel from NASA justifying design decisions and documenting all tests, and eventually launching the rocket at NASA’s Huntsville facility. Our project for the NASA SLI Competition won the NASA Payload Design Award.

- Worked as part of a six-person team made up of middle and high school students to compete in the American Rocketry Challenge and the Battle of the Rockets- Focused on the avionics subsection

- Created a program that uses machine learning to test the security of passwords- The algorithm learns which passwords are weak by identifying patterns in a database of millions of leaked passwords.

- Took care of the horses daily from 5:30 AM to 10:00 PM. This included checking their health, training them, and getting them ready for Scouts to ride them. - Taught the Flag Etiquette station to Cub Scouts (elementary-age scouts).- Helped maintain and improve the ranch by participating in a variety of projects like replacing fencing and welding holes in a truck.