Hello, I'm Caleb

For this project the client wanted me to use my artistic and front-end development skill to revamp the UI for their website that is currently in Wix.

I was tasked with supporting the design, development, and maintenance of a wide range of features and components for the official websites of Oklahoma's state government agencies. This role involved close collaboration with various stakeholders to ensure that the websites were not only functional and user-friendly but also aligned with the specific goals and needs of each agency. One of my most significant contributions was the development of a new navigation menu, inspired by IBM's sleek navbar design, which streamlined user navigation across the sites. Additionally, I contributed to several key components on the Service Oklahoma website, such as the interactive carousel and modal elements, TSET's article listing and search feature, as well as OKDRS's forms for Interpreter management. Each component I developed was designed with scalability and customization in mind, ensuring they could be easily adapted to meet the unique needs of any agency.

I was assigned the task of developing a Flask-based web service that integrates with Azure Active Directory B2C for JWT (JSON Web Token) authentication. The service is designed to authenticate a JWT that is passed in the Authorization header of an incoming HTTP request.

I applied my expertise in Domain-Driven Design to develop an application that interacts with a SQL database, offering search functionality to filter data by date or phone number. Additionally, I built a console application that integrates with a third-party API, retrieves JSON data, and processes it into a format compatible with the SQL database. This data is then used to populate the database. I was also responsible for designing and implementing the database tables required for the application.

As part of the migration from .NET 4.8 to .NET 6, I was tasked with developing a web service that interacts with endpoints exposed by a service created by the mainframe team. I leveraged deserialization to populate my models, which allowed access to specific variables needed for further processing. After serializing the response, I passed it to another application that handled the conversion of the JSON data into XML for SOAP communication.