const LucasStella = () => {
const [Email, SetEmail] = React.useState(lucas.stella13@gmail.com);
const [Location, SetLocation] = React.useState(Beaverton, OR);
const Work Experience = {
Becton Dickinson: Senior Test Automation Engineer Mar 2024 - Present,
Intel: Development Tools Software Engineer Dec 2021 - Mar 2024,
Becton Dickinson: Software Engineering Intern June 2020 - Sept 2021,
Collin’s Aerospace: Capstone team lead Sept 2020 - June 2021
}
const Education = {
Oregon State University: Bachelors Degree - 2021
}
return (
<Skills>
<Typescript />
<React />
<C++ />
<UI/UX Design/>
<CI/CD Deployment/>
</Skills>
);
}
Optimized testing efficiency, playing a key role in reducing test duration by 50% through strategic improvements. Refactored substantial portions of the Page Object Model (POM) code, leveraging advanced typing strategies in TypeScript to improve code quality and maintainability. Utilized TypeScript in a behavior-driven design testing approach, employing Gherkin, Cucumber-JS, and Playwright frameworks
Design and implement engineering tools to support the next generation of IPU's in collaboration with a team of developers. Contributed to a critical evaluation and revamp of team workflow while working with stakeholders to build, deliver, and test features.
Collaborated with designers to build a unified front-end component library for an upcoming biomedical research tool. Engineered legacy project file support for an existing application. Contributed with developers to extend unit test coverage.
Lead a capstone project team in collaboration with Collin's Aerospace, through the development of a drone based system to provide real time wildfire data to airborne firefighting efforts. Designed, architected and implemented a low-cost scalable backend on AWS, user-facing frontend, and a GPU compute powered application for hotspot localization.