This application is for use by mechanics in an auto body shop to keep track of employees, customers, repair jobs, work bays, and parts. Mechanics can see what repair jobs are in progress, as well as former repair jobs, and can see detailed information about who did the work, what was worked on, who paid for the work, how much the work cost, and what parts were used to complete the job. The value this application brings to the mechanics is that they can track the labor, location, parts, and pricing required to complete a repair job for a customer.
Made a mockup of the user interface for the database application using Figma.
Made an ER diagram using ERDplus to model the entities, attributes, and relationships that make up the database.
Made a relational schema diagram using ERDplus to model the structure of the database and the relationships between tables.
Using agile development methodology to plan and coordinate the development of a web application using HTML, JavaScript, Node.js, and MySQL. (Present - )
Due to Oregon State policies, I can not upload the source code for this project to a public GitHub repository.
Uses the Gurobi linear programming solver, MATLAB, and data from NOAA to predict and make graphs of cooling/heating trends for a given location based on local weather and temperature changes.
Produced a written report discussing temperature change trends in the Corvallis, OR area based on results from the calculator.
Link to technical report: https://docs.google.com/document/d/1DpO27ObHTAvoZV4-vNWBqkE074Vo_y3tz_TqkssXmE4/edit?usp=sharing
Developed a full-stack JavaScript web app to get, rank, and save album information using MongoDB, Express.js, React.js, and Node.js.
Built a JavaScript microservice for separately storing ranked albums using MongoDB and a REST API.
Designed a JavaScript microservice to integrate ChatGPT via OpenAI API.
Utilized Agile development methodology to plan and coordinate the development of a Spotify link generator microservice, which a classmate developed for future integration into the web app using the Spotify API.
Video demo coming soon!
Due to Oregon State policies, I can not upload the source code for this project to a public GitHub repository.
Coordinated and collaborated on the production of a Python program that finds and displays the alignment cost and differences between two gene sequences using dynamic programming with two teammates.
Produced a written report with computation and discussion of the asymptotic and empirical runtime of the program.
Link to technical report: https://docs.google.com/document/d/14zLQYCTvqE--pI9zD55tM2irwJ8mqaERJjp16rs-5Ps/edit?usp=sharing
Video demo coming soon!
Due to Oregon State policies, I can not upload the source code for this project to a public GitHub repository.
Coordinated and collaborated on the production of a Python program that finds the minimum distance and the closest pair of points from a list of 2-D points using divide-and-conquer techniques with two teammates.
Produced a written report with computation and discussion of the asymptotic and empirical runtime of the program.
Link to technical report: https://docs.google.com/document/d/1YR3FMIWoncsFcXpBnjERDxWU5Xq4kuurWoYeHtWnJ6Y/edit?usp=sharing
Video demo coming soon!
Due to Oregon State policies, I can not upload the source code for this project to a public GitHub repository.
Wrote a program to print a given number of rows of Pascal’s Triangle using x86 assembly language.