Driving the technical vision and execution of a next- generation digital twin platform for pharmaceutical manufacturing, focused on real-time data analytics, process intelligence, and collaborative knowledge capture. Led the development of cloud-native, GMP-compliant solutions that integrate with existing IT / OT infrastructure, enabling seamless insights across development, tech transfer, and commercial operations.
Overseeing embedded systems development for enterprise storage platforms, with a focus on BMC firmware that integrates tightly with NetApp's storage operating system. Responsible for end-to-end product development, including specification drafting, coding in C on Linux-based systems, rigorous testing, and debugging. Collaborate with cross-functional engineering teams to translate customer requirements into technical specifications and ensure compliance with industry standards. Actively support customer-driven initiatives and performance tuning to enhance reliability and remote management capabilities.
Development of autonomous drones for last-mile delivery. Responsable designing and prototyping payload systems, developing firmware for wireless prototype devices using C, C++, and BLE 5, and monitoring aviation performance metrics to upgrade control software with Python. Tasked with designing PCB schematics, optimized power systems, and establishing test procedures to ensure the reliability and efficiency of the drone systems.
Development of a cloud-native platform for deploying and managing containerized applications. Responsable for implementing features across the platform using React.js, TypeScript, Node.js, Meteor, and MongoDB. I automated service configurations with Docker and improved the developer onboarding experience by managing template repositories across various technologies, including Python, Angular.js, Vue.js, PHP, Ruby on Rails, Node.js, and Rust.
Designed and prototyped custom PCB solutions to support internal automation tools and robotics systems for warehouse environments. Developed and deployed a computer vision system to enhance warehouse automation capabilities, improving accuracy and operational efficiency. Built internal software tools with Python and React to automate hardware testing workflows, streamlining engineering processes and reducing development cycles.
Designed and prototyped custom PCB solutions to support internal automation tools and robotics systems for warehouse environments. Developed and deployed a computer vision system to enhance warehouse automation capabilities, improving accuracy and operational efficiency. Built internal software tools with Python and React to automate hardware testing workflows, streamlining engineering processes and reducing development cycles.
