What I'm building.

The goal of this project was to create a landing page with both a blog and photo album setup. This enables the owner of the non profit to update and add new blog posts as well as new photo galleries as the years go on. Additionally, I created a back office portal used for managing all blog posts and photo albums. In the future this project will support website visitors to submit inquiries to the non profit which will be viewable within the back office portal.

The goal of this project was to add integration of Apple Pay, Google Pay and Cashapp to the business payment options. By integrating with Square APIs and by writing a custom payment handler on the backend for processing webhooks, I enabled the business to receive easier payment options directly through the company quote page.

The goal of this project was to update the CarBodyLab website to support the company's tire replacement service venture. This included constructing all facets of a full stack system that enables customers to find tire prices in their local area and book appointments to have their tires replaced by the company. Integrating with TireConnect APIs for real-time pricing and stock information of tires, I led development and design of the entire flow from start to finish.

The goal of this project was to produce a web based platform for creating, editing and collecting payment for work orders from a car dealership. Once work orders are completed, they are invoiced and then aggregated into a monthly statement that can be sent to the client for billing.

The goal of this project was to update the CarBodyLab website to support the brand new autoglass replacement service option. This project included the construction of an online portal for customers to choose their vehicle, select the damage to their car and proceed with getting an estimate for auto glass replacement. After selecting their glass, customers can choose an appointment time and directly book an appointment. This full stack project integrates with OmegaEDI APIs for real-time pricing and stock information of autoglass.

Built a custom virtual call center that makes it easy for teams to take and make calls over VoIP. The system shows who’s online, tracks active calls, and lets admins quietly monitor conversations when needed. It handles everything from call routing and conference calls to peer-to-peer connections and internal call history. The desktop app runs on Windows, Mac, and Linux, built with Electron and TypeScript, with real-time communication powered by Phoenix and Elixir on the backend. Custom virtual call center. Handles call routing, conference calling, peer to peer calling and internal call history. Desktop app built with Electron and Typescript, real-time websocket connection built with Phoenix in an elixir app. Developed and maintained on Windows, Mac and Linux.