O.Regis

This digital menu was developed especially for Company X, which was looking for a practical, modern, and efficient solution to speed up ordering. With the user experience in mind, we created an intuitive, easy-to-navigate, and responsive interface that allows customers to select their favorite items and complete their orders quickly and without complications. In addition to making life easier for consumers, the system also optimizes the workflow of the service team by reducing errors and ensuring greater agility in order processing. This integrated solution promotes clearer communication between customers and employees, increasing overall satisfaction and boosting sales. If you want to implement a customized digital menu that adapts to the needs of your business and offers a practical and pleasant experience for your customers, get in touch. We are ready to offer a customized, no-obligation quote and help you transform the way your orders are placed.

Languages: TypeScript, Tailwind CSS, React.js, JavaScript, Vite, Swiper, ESLint, ts-node, sucrase

Progress: 100%

iClínica is a digital system developed for Clínica X to resolve critical issues related to excessive paperwork and disorganized patient management. The platform was designed to streamline administrative and clinical processes through key features such as: - Real-time appointment scheduling and availability for patients; - Access to medical prescriptions and consultation history; - Tools for physicians to issue electronic prescriptions and review patient records. Although the project achieved an advanced stage of development, it was ultimately paused due to budget limitations. As a result, the system remains incomplete but showcases significant progress and potential. If you know someone who might be interested in helping bring this project to completion, feel free to get in touch.

Languages: JavaScript, TypeScript, Vite, Tailwind CSS, PostCSS, ESLint, TypeScript Compiler

Progress: 52%

We developed a customized task management platform focused on meeting the specific needs of a company that was looking for an in-house solution that was different from the ready-made tools available on the market, such as Jira and Trello. During development, we applied agile methodologies to ensure continuous deliveries and adaptability throughout the project, in addition to using semantic commit patterns to keep versioning organized and facilitate collaboration between the team. The platform offers customized features that provide greater control, flexibility, and efficiency in monitoring and executing the company's daily tasks, promoting management that is more aligned with its workflow.

Languages: PHP, MySQL, TypeScript, TailWind, Composer, React, Node JS, Eloquent ORM, JavaScript, TypeScript, Vite, Tailwind CSS, PostCSS, ESLint, TypeScript Compiler

Progress: 72%

This is an interactive game inspired by the classic Jokenpô (rock, paper, scissors), but with a fun Yu-Gi-Oh twist. The player challenges the computer using cards with the attributes 'Rock', 'Paper' and 'Scissors'. Each card follows the traditional rules of victory and defeat, creating fast and strategic matches with a nostalgic theme.

Languages: HTML5, CSS3, JavaScript

Progress: 95%

This project aims to leverage detailed NFL statistical data to predict game outcomes, providing valuable insights for sports analysts, coaching staff, and team management. By analyzing a wide range of metrics, including offensive, defensive, and special teams performance, the system is designed to offer data-driven predictions with high accuracy, helping teams make informed decisions. The project collects, manipulates, and processes data from various sources, ensuring that the predictions are based on up-to-date and comprehensive information. It uses advanced technologies to automate the extraction of performance data, from scraping websites to processing raw statistics, allowing the model to continuously adapt and refine itself throughout the season.

Languages: Node.js, Axios, Cheerio, Puppeteer, Express, Chalk

Progress: 24%

Mario Kart.JS is a racing simulation inspired by the famous Nintendo franchise. Developed in JavaScript, the project recreates the basic logic of the game with a focus on character attributes, classification and strategy. The idea is to apply concepts of object-oriented programming and game logic in an interactive experience via terminal.

Languages: Node.js

Progress: 95%