Portfolio - Projects | Enrique Calvo

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Projects

Explore my journey through projects and hackathons. Each section represents a milestone in my continuous learning.

FixGo Android Application

FixGo is a mobile application focused on hiring home services such as plumbing, electricity, painting, gardening, and general maintenance. Its goal is to connect clients with nearby providers in a fast, reliable, and organized way within a single platform. The system allows managing the entire hiring process, from searching for providers to service administration. During the development of the project, the provider and administrator modules were mainly implemented, establishing a solid and scalable foundation for future functionalities.

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SafeBridge: Digital platform and intelligent system for real-time flood prevention in bridges

SafeBridge is a web application that works as an intelligent digital platform for flood prevention in bridges through monitoring, analysis, and real-time response. Its main objective is to reduce risks, accidents, and human losses caused by rising water levels in critical road infrastructures. The platform integrates a sensor-based system that collects real-time data on bridge conditions. This information is processed and displayed within the web application, allowing users, authorities, and operators to make informed decisions immediately. Additionally, the web application offers an intuitive interface where data can be visualized, bridge status can be checked, alerts can be analyzed, and relevant weather information can be accessed, facilitating efficient risk management.

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Energ-X: Digital platform for monitoring and managing energy consumption

Energ-X is a web application focused on intelligent energy consumption monitoring. The platform is designed to record, organize, and visualize information about devices, areas, and buildings, aiming to help better manage energy usage. It also includes authentication modules, dashboards, and graphical visualizations that allow viewing estimated consumption, billing, CO2e emissions, and historical evolution.

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SVARC: Artificial Vision System for Competition Robots

SVARC is an autonomous mobile robot designed to identify objects in real time using computer vision, color segmentation, and sensors. The system captures images with an ESP32-S3-WROOM CAM camera, sends them via UDP to a computer for processing, and based on detection and estimated distance to the target, decides movements such as moving forward, turning, or stopping. Additionally, it integrates a 3D-printed chassis, four-wheel drive, infrared and distance sensors, and a microcontroller-based control system to operate in competitive environments.

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