Samuel Bradin

SOFTWARE DEVELOPMENT INTERN | Direct Supply | Milwaukee, WI | February 2023 - August 2024

• Used SQL to write scripts for cleaning up and retrieving information from large data bases.
• Wrote efficient and maintainable code in C# and Python used for updating/maintaining large amounts of user and customer data.
• Worked with third-party software teams to transition technology to work on our data pipeline.
• Wrote concise unit tests to cover various sections of code as well as altered documentation for the implementations.
• Used Cloud Computing and other AWS services to access data, write code, and verify pipelines when merging.
• Partnered with team members to learn best practices in software and data design (Scrum/Agile).

PRODUCT DATA MANAGEMENT INTERN | ABB | Wauwatosa, WI | May 2022 - Aug 2022

• Loaded product data in Excel spreadsheets to set up the company's new E-Commerce platform.
• Extracted, loaded, and reconciled large amounts of data across many system platforms, like SAP, to link the systems and push data onto the E-Commerce platform.
• Identified patterns in data to produce efficient filing and data entry for the product management team using many scripts and functions in Excel spreadsheets.
• Checked and validated other team members' work and cohesively merged changes into final spreadsheets and files.

STUDENT | Madison, WI | Sept 2021 - Current

Group Project through Class CS506 at UW-Madison

• Kanban Board (overview): using Agile and SCRUM principles and leadership roles we developed a fully functional Kanban board application to allow users to create and organize tasks within teams and users through fully customizable task boards with drag and drop functionality on the tasks and columns.
• Kanban Board (frontend): created an HTML and Javascript application layout utilizing many pages using React and other component libraries. Unit Tested with Vitest.
• Kanban Board (backend): integrated our MySQL database to our backend calls using SpringBoot, MVC design pattern and CRUD operations. Used java to create entity objects and tanstack query client for our API calls and mutations. Unit Tested with JUnit.
• The project used CI/CD pipelines to maintain test and code quality in GitLab. It was deployed through the school's virtual machines to allow anyone on the school's VPN to access our project, create their own account, and use it as they please.

Projects through Class CS540 at UW-Madison

• Pokémon Classification: utilized Hierarchical Agglomeration Clustering to categorize Pokémon based on their statistical attributes and generated a hierarchical visualization illustrating the grouping structure.
• Search Tile Game: implemented code incorporating an A* search algorithm, a heuristic function, and various data structures to successfully solve a 7-tile puzzle.