Contributed to the development of a video recording and management system for judicial trials, enabling secure video capture, storage, and playback. Integrated OAuth authentication with the Bolivian digital citizenship system to ensure secure access. Leveraged Java and React with Next.js to deliver a robust solution for managing video evidence and real-time streaming, enhancing transparency and efficiency in judicial processes. Developed desktop application modules using Java SE, integrated with PostgreSQL through JPA (Java Persistence API) for reliable and efficient data storage. Designed and implemented REST APIs with Spring Boot to manage video data and integrate with the React and Next.js-powered web client. Built and deployed microservices in Docker, ensuring system scalability and modular functionality. Developed a responsive web client using React with Next.js, offering an intuitive and dynamic interface for video playback, trial management, and evidence handling. Implemented a real-time video streaming feature using WebRTC, ensuring seamless communication and live streaming capabilities. Collaborated with database administrators to optimize PostgreSQL queries and implement stored procedures for complex video metadata handling and reporting. This project seamlessly integrated Java backend services with the React and Next.js web client, enabling secure and efficient video recording, streaming, and evidence management for the Bolivian judiciary system. Technologies and Tools: Java, Spring Boot, PostgreSQL, JPA, Docker, React, Next.js, WebRTC, OAuth

Contributed to the development and enhancement of a comprehensive judicial tracking system, enabling the digitization of trial evidence and requests while streamlining court file management. This system integrated OAuth authentication with Bolivia’s digital citizenship platform and utilized a robust microservices architecture to ensure scalability, security, and performance. The project played a critical role in modernizing Bolivia's judicial processes by reducing reliance on paper-based systems and improving accessibility to case information for legal professionals and citizens alike. Designed and developed desktop application modules using Java SE, integrating seamlessly with PostgreSQL through JPA (Java Persistence API) for secure and efficient data management. Built and deployed RESTful APIs with Spring Boot, ensuring reliable communication between backend services and the React-powered web client. Utilized Docker to containerize and deploy microservices, enhancing system modularity, scalability, and fault tolerance. Developed a dynamic and intuitive web-based case tracking system using React, enabling real-time updates, search capabilities, and streamlined workflows for court staff and users. Implemented OAuth integration with Bolivia’s digital citizenship system, ensuring secure user authentication and compliance with national regulations. Collaborated with cross-functional teams to analyze judicial workflows, identify bottlenecks, and optimize the software to improve overall system performance and user experience. Contributed to database optimization by designing stored procedures and triggers in PostgreSQL, ensuring the efficient handling of complex queries and high transaction volumes. This project was instrumental in advancing the digital transformation of Bolivia’s judiciary system, significantly reducing processing times and improving transparency and access to judicial information. Technologies and Tools: Java, Spring Boot, PostgreSQL, Docker, React, JPA, OAuth

Contributed to the development of the national Rights in Rem registration system, a mission-critical application for managing property ownership and registration across 52 regional offices. Leveraged Java technologies and Vue.js to create a scalable, efficient, and user-friendly system that streamlined complex workflows, including registration, requests, reporting, payments, administration, and certification. Designed and implemented REST APIs using a microservices architecture to ensure seamless communication and data synchronization between distributed databases and the web client. Engineered desktop application modules in Java SE, tightly integrated with SQL Server through JPA (Java Persistence API), enabling efficient data persistence and retrieval. Developed REST APIs with Spring Boot to facilitate reliable data exchange between microservices and the Vue.js-based web client. Built and deployed microservices in Docker, ensuring scalability, modularity, and seamless integration across services. Designed and implemented the web client using Vue.js, providing an intuitive and responsive interface for property registration workflows. Wrote and optimized stored procedures and SQL functions for handling complex data transformations, validations, and processing, improving overall database performance. Developed the online Rights in Rem consultation system using JSF with PrimeFaces, offering real-time access to property records for stakeholders. Collaborated with database administrators to design efficient schemas and optimize query performance, ensuring the system handled high transaction volumes with speed and accuracy. This work seamlessly integrated Java-based backend services with the Vue.js-powered web client, delivering a modern, robust, and scalable solution for nationwide property rights management. Technologies and Tools: Java, Spring Boot, SQL Server, JPA, Docker, Kubernetes, JSF, Vue.js, Stored Procedures, SQL Functions

Participated in the development of an advanced orbital simulation and satellite tracking system, supporting critical analyses for satellite design, deployment, and tracking. Contributed to improving the accuracy and efficiency of orbital mechanics simulations, leveraging Python and specialized libraries to meet the standards required for Bolivia’s TKSAT-1, the country’s first satellite project, developed in collaboration with China. Developed and optimized the orbital simulator using Python and the Poliastro library, enabling precise calculations for orbital trajectories and satellite positioning. Conducted orbital analyses to support mission planning, including transfer orbits, station-keeping maneuvers, and deorbit strategies. Collaborated with a multidisciplinary team to integrate satellite tracking capabilities, ensuring seamless monitoring of satellite telemetry and orbital paths. Researched and applied public knowledge of China's satellite technology advancements, incorporating them into the development of tools aligned with the objectives of the TKSAT-1 project. Validated simulation accuracy against real-world orbital data, refining algorithms to handle various orbital perturbations and satellite configurations. This project provided an opportunity to deepen expertise in orbital mechanics and satellite tracking while contributing to the successful realization of TKSAT-1, a milestone in Bolivia's aerospace ambitions and a significant collaboration with China. Technologies and Tools: Python, Poliastro, Orbital Analysis, Satellite Telemetry