The project was a SaaS framework for handling everything related to the parking system of the Allianz stadium. The system had multiple components (administrative, logistic, client UI) developed in ASP. Net Core and related web technologies on a PostgreSQL backbone. Continuously integrated and deployed the developed software, as well as made updates as necessary to improve continuous integration practices.

SM.I.LE80 ensures the integrated and automated management of systems and flows, communicating with production lines, palletizers, wrappers, coordinating the movement of goods with LGVs/AGVs, storage in the warehouse, through to the organization, and optimized planning of transport to end customers. Based on the application needs of the client companies and through different modules, it coordinates intralogistics flows and different hardware systems, integrates manual and automatic operations, communicates with the management of the client's factory (ERP), and supervises the performance of the entire solution in real-time, guaranteeing total product traceability, maximum efficiency, and safety throughout the supply chain. Worked on the development of the SaaS framework and identified and resolved a process bottleneck.

WinShip is a specific application for trucking companies that need to manage shipments in a single platform. The app is the real innovation for companies in the transport world. It provides an advanced service through the use of the latest technologies, offering real-time visibility to your customers the progress of shipments. I designed the back-end infrastructure of the project that served the Web Application and the Xamarin Mobile application. Implemented critical features along the development team. The framework is composed of three projects: a set of REST APIs on Azure Cloud that was the public interface to all the microservices available. It handles all the database interactions; a Xamarin Forms mobile app that handles the “full stack” of logistics work; a Web App built on ASP .NET MVC that closely mirrors the functionalities of the app for PC desktop access. Technologies used in the project: Xamarin Forms, ASP .NET MVC, ASP .NET Core, HTML, CSS, Javascript, MSSQL, C#, Razor Pages, Bootstrap.js, Telerik framework.

The project was to create an IoT interface for several types of field instrumentation. Acted as Sole developer, implementing the whole project from scratch. I built a Node.js stack over a Linux Raspbian distribution to handle field communication and logic. Used a popular programming tool called Node-RED. For the interface the client required it to be built using Windows Forms by an external team, so I installed a Mono Develop distribution to emulate .NET Framework functionalities over a Linux distribution. The final product features a fully customizable HDMI display interface, with a high level industrial communication, and is ready to be integrated with any cloud infrastructure. Technologies used in the project: Node.JS, Javascript, Raspberry PI model B board, Mono platform, C#, SQLite.