HELLO, I'M
David Valero
Full-Stack Developer
Prototype of the information system for the company HJC Electronis S.A.S., which implements modules for the creation, update, deletion and consultation of service orders, assignment of service orders to technicians, and system feedback through technical reports.
The project consists of a web application to manage member information and activities of the IEEE-ETITC student branch.
Mobile application for real-time information on new cases, recoveries and covid deaths.
The pilot project consists of an information system to manage clients, balance recharges, client sanctions, user administrators, and consumption records for the food services provided by the Food Bank.
This project involves creating a dynamic website and online store for HJC Electronics using WordPress and WooCommerce. The website provides a user-friendly experience with a homepage that showcases products through a modern design and dynamic slider, detailed product pages, and a blog for updates. The site features a seamless shopping cart and checkout process, customer account management, mobile optimization, and robust security measures. It integrates social media platforms to enhance user engagement and includes a direct link to WhatsApp for immediate customer support.
This project involves developing a single-page web application that features user login and authentication, using Firebase for real-time data storage. The application displays temperature readings from a sensor on individual cards and graphs up to five temperatures in real-time. Users can view the data in a tabular format and have the option to export it as a CSV file. This setup ensures efficient monitoring and data management, ideal for environments needing continuous temperature tracking. The use of Firebase Realtime Database enables immediate updates and seamless user experiences across devices, while built-in authentication enhances security. The application’s interface is intuitive, ensuring that users easily navigate through the temperature data and export functionalities as needed.
This innovative IoT Smart Lighting System at the International Center for Physics is designed to optimize energy consumption and maintenance of lighting fixtures. It enables real-time monitoring of energy use, helping to identify fixtures that may be consuming abnormal amounts of energy due to damage or malfunction. The system also provides updates on the operational status of each light, including on and off times, and allows for the remote control of lighting operations. Additionally, it features an automated system to detect damaged lights, ensuring timely corrective maintenance and enhancing overall efficiency and safety.
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