At Rezi I worked as a full stack engineer to improve the apartment rental experience.

• Enhanced the capabilities and scale of our marketing team by building third party integrations with services like Iterable, Segment, and Webflow to allow us to run mass email campaigns, analyze user data, and iterate over marketing page designs.

• Built a flexible workload balancing tool to improve the organization, capacity, and geographic range of our tenant leasing team

• Implemented numerous platform features and improvements such as allowing tenants to use third party guaranty services as part of their applications, improving the UX of tenant apartment searches, automated security deposit returns, improvements to our server event framework, and generalizing portions of our ORM layer.

• Took on mentorship and leadership of new engineers, and advocated for to our development lifecycle.

Languages - C#/.NET, Javascript/Typescript, CSS/SASS, HTML, SQL, M (NoSQL Database Language)

Worked on infrastructure and reporting needs for hospital revenue cycle applications, with a specialization in UX analysis. My largest projects included designing and building an insurance coverage information collection activity and a highly configurable "checklist" tool to guide hospital registrars and ensure collection and integrity of critical data. In each of these projects I was responsible for requirements gathering, design, implementation, and serving as a resource for support questions. I frequently demonstrated an ability to communicate effectively across a team and learn new technologies and frameworks quickly.

Languages - Python, Javascript, R

I worked with student researchers and partners from Toyota to conduct research studies on a full scale driving simulator. Before studies I would create 3D scenarios in a Unity-like environment (SimCreator), script events and/or alter dynamics of the car to simulate different driving conditions. Post-study, my responsibilities included data analysis, reporting, and visualization using Python, Pandas, and R. I also served as tech support for the lab.

Languages - Java, Matlab

I worked on an application to help researchers determine failure rates of arbitrary user-defined systems. This project included language parsing, statistical modeling, user interface development, a module for generating code to draw system flow charts in Matlab.