AI Software Engineer | Technical Delivery Manager | AI & Security Specialist

Alternating responsibilities depending on the project.
In this hybrid role, I alternated responsibilities according to project needs. I led the end-to-end delivery of technological solutions, aligning multidisciplinary teams with business objectives. I implemented AI adoption strategies that improved team productivity and accelerated delivery times. Furthermore, I eliminated critical technical bottlenecks, ensuring contract continuity and business stability while strengthening infrastructure security and reducing the attack surface against cyber threats. I also participated in pre-sales and proposal definitions, successfully retaining a key client at risk through an effective commercial strategy.
Key Results:
• Reduced delivery times by ~30% through the elimination of critical technical bottlenecks.
• Increased team productivity by ~25% by driving AI adoption across development processes.
• Decreased the attack surface by ~40-60% through enhanced security practices.
Technologies: GitHub Copilot, Gemini, Jira, Bitbucket, Cursor IDE Confluence.

I served as a IA Full Stack Developer with extensive experience in modernizing core systems across the insurance, electoral, and energy sectors. I led technological migration initiatives and the adoption of modern architectures such as microservices, leveraging Azure Service Bus and RabbitMQ for asynchronous communication and event-driven patterns, which significantly improved the scalability and maintainability of the solutions. By implementing test automation and process optimizations, I increased software quality and reduced production errors.
Key Results:
• Improved API performance by approximately 40% through architecture and query optimization.
• Reduced production errors by approximately 35% by implementing unit tests automation during technical refactoring.
• Enhanced system resilience and reliability by architecting robust messaging solutions to handle high-traffic spikes without data loss.
• Decreased the attack surface by ~40-60% through enhanced security practices.
• I increased the scalability of the system by adopting microservices in key projects.
• Reduced development time by approximately 30% through automation and AI tools
Technologies: Azure Service Bus, RabbitMQ, GitHub Copilot, C#, NetCore, Azure Api Management, Azure CosmosDB, Snyk, SonarCloud, LinQ, EntityFramework, Automapper, Python, Selenium, Appium, Docker, Kubernetes, React, Tailwind Css, Microservices, Java, JPA, Hibernate, Ionic Framework, Laravel Framework for PHP, GitHub Actions, Angular, Git, AngularJS, RubyOnRails.
AI & Automation: LLMs, AI Agents, Copilot, Claude, Cursor.

I developed applications for sales channels such as MercadoLibre and e-commerce platforms using the .NET framework and C#. I designed solutions that interconnected with the system via web services to maintain real-time ERP data synchronization with transactions from MercadoLibre, Amazon, and BestBuy. As an added value, I drove platform development through architectural solutions that guaranteed transactional consistency, reliability, and atomicity, effectively reducing failures in external integrations.
Key Results:
– I improved the transactional consistency of the system by reducing failures in external integrations.
Technologies: C#, SQLServer, Git, Ninject, Winforms, Services.

I specialized in developing high-performance desktop interfaces using JavaFX, achieving seamless integration with the Banking Core (IBS). My focus was on ensuring secure, real-time communication between the front-end and transactional services, optimizing financial system operations under high-availability and low-coupling standards.
Key Results:
• I ensured real-time communication, reducing system response times.
• I implemented unit tests that guaranteed the correct integration of the banking system with critical peripherals.
Technologies: Java 8, JavaFX, Spring Framework, RESTful Services, WebSphere.

Working for a food storage and distribution company, I focused on designing and developing information systems aimed at automating administrative processes and facilitating strategic decision-making. I led the development of a custom system that integrates fingerprint biometric sensors with the payroll module, effectively automating attendance tracking and the precise calculation of late-arrival discounts. Additionally, I executed critical enhancements to the company’s ERP, optimizing inventory modules to handle multi-currency transactions and reporting, ensuring financial integrity during currency fluctuations.
Key Results:
• Synchronized the payroll system with biometric devices, achieving a ~100% reduction in manual transcription errors and optimizing attendance control.
• Modernized the ERP inventory and reporting modules, enabling multi-currency management that improved financial statement accuracy by ~25% through automated exchange rate updates.
• Automated the absence and late-arrival discount process, resulting in a ~30% reduction in payroll processing time.
Technologies: C#, SqlServer, Git, PHP Laravel.

During my university career, I served as a teaching assistant for the Programming I course, focusing on supporting students during lab sessions using C++ with OOP and the MVC pattern. My role consisted of guiding exercise resolution, clarifying theoretical and practical doubts, and collaborating with faculty in the execution of activities, thereby strengthening students’ learning of programming fundamentals.
Technologies: C++, MINGW, GCC, MVC.