NeuralWorks is consulting firm that support LATAM Airlines, here I played a key role in enhancing and scaling the company’s AI-driven experimentation platform. Given my strong front-end expertise, I was responsible for refactoring and optimizing critical parts of the platform, improving performance, usability, and maintainability.

I led the development of a custom dashboard that provided real-time analytics and insights into experiments, significantly improving the way users interacted with and interpreted AI-driven results. To ensure scalability, I introduced structured testing practices and helped implement a more reliable deployment process, reducing system downtime and improving developer efficiency.

Beyond coding, I worked closely with product and leadership teams, aligning technical improvements with business goals. My contributions helped increase platform adoption and streamline experimentation processes, ultimately enabling more effective decision-making across LATAM.

At Reversso, I played a key role in enhancing the company’s analytics capabilities, developing an interactive dashboard that allowed businesses to visualize historical revenue data, ticket volumes, and client insights. I also expanded and improved the main platform’s user experience, creating dynamic sections like Alliances, FAQ, and Resources, which adapted based on each country’s specific needs. My work significantly improved the platform’s usability and accessibility, enabling better decision-making for clients.

Upon joining Bissway, I was tasked with rapidly developing a platform to visualize vehicle detections captured by our highway hardware towers. While most trips were accurately reconstructed using AI, around 15% remained unreliable, making manual verification necessary. Accessing raw data in an Amazon S3 bucket was not scalable, so I built a web platform to streamline this process.

Through multiple iterations, I expanded the platform’s capabilities, adding trip deletion, reassembly, validation, and in-app JSON manipulation, enabling efficient data management within the web interface. As the platform scaled, I encountered localStorage limitations and devised a data compression solution, increasing storage capacity 100x, ensuring smooth handling of large datasets without performance degradation. At the end of the test-run, our platform successfully demonstrated its value, leading to securing a contract with the Colorado Department of Transportation.

As the first frontend engineer at Pinflag, I was responsible for setting up the entire frontend architecture, selecting technologies, and establishing best practices.

I led the hiring and management of a 3-person team, ensuring smooth collaboration and development efficiency.\nI spearheaded the development of Pinflag’s main platform from scratch, working closely with a designer to iteratively refine the user experience and product vision. Later, I laid the foundation for the mobile app and developed an interactive iframe application leveraging Mapbox, which visualized over 800 points across Chile in an engaging and dynamic way.

Developed and optimized a key feature within Meta’s internal recruitment tool, addressing inefficiencies caused by redundant workflows across multiple platforms. Designed, updated, and adapted multiple tests to ensure system reliability and performance. Led the feature rollout through Meta’s Gatekeeper internal tool, ensuring a smooth deployment and minimal disruption to existing processes.