Engineered a multiplatform AI-powered shrimp feeding optimization system, reducing feed waste by 15% and shortening production cycles by 10–20 days, with an estimated economic impact of up to $26K in net value for a 5-hectare farm. Developed predictive analytics and real-time data processing to optimize feeding decisions, improving resource utilization and supporting more profitable production cycles. Implemented a scalable cloud-based architecture for centralized data management, synchronization, and crossdevice access, enabling faster and data-driven operational decisions.

Designed and developed a cross-platform business management system that centralized inventory, sales, purchasing, customer and supplier data, and cash management, transforming fragmented operational processes into a unified digital workflow. Implemented end-to-end modules for products, stock, transactions, financial control, reporting, and user management, reducing reliance on manual processes while improving operational control and data availability for business management. Designed a modular, scalable, and maintainable architecture, incorporating services, data persistence, synchronization, and backups to enhance reliability, traceability, and operational continuity.

Developed a cross-platform application that automated and streamlined the adoption process, utilizing a compatibility model to match pets with adopters based on their characteristics and preferences. Implemented digital pet management and a community system for posting animals available for adoption, as well as lost or found pets, centralizing information and facilitating updates and outreach. Integrated PayPal to manage donations, creating a digital funding channel that facilitated user contributions and supported the sustainability of animal welfare initiatives. The system expanded the foundation's management, connectivity, and engagement capabilities by consolidating adoptions, community posts, and donations into a single, accessible platform.

Developed a web platform to centralize, store, and showcase architectural projects and 3D renders, integrating Firebase and Google Drive to improve the management and availability of audiovisual content. Implemented a responsive interface featuring interactive galleries and 3D model visualization, facilitating professional project presentations to clients and investors across various devices. Streamlined the digital presentation workflow by consolidating sketches, renders, and project updates onto a single platform, reducing reliance on scattered presentation files and storage locations. Integrated cloud storage and content management to expedite access to and organization of the architectural portfolio, transforming the platform into a digital channel for commercial showcasing.

Developed CABBIE, a cross-platform mobile application designed to centralize taxi management and monitoring, integrating Flutter, Firebase, and the Google Maps API into a solution aimed at enhancing trip safety and oversight. Implemented real-time driver geolocation and tracking, enabling the monitoring of vehicle status and location during trips and improving operational fleet control. Integrated live camera access and emergency alerts, establishing an incident response mechanism and bolstering safety for both passengers and drivers. Designed distinct interfaces for passengers and taxi drivers, simplifying trip requests, management, and tracking within a single mobile platform. Integrated mapping services, geolocation, video streaming, and notification/alert systems, consolidating processes that previously required separate tools and communication channels.