- Lead the design and implementation of scalable, high-performance systems, enhancing user experience and supporting rapid business growth.- Drive the company's technology strategy, ensuring alignment between technical solutions and overall business objectives.- Oversee and mentor a cross-functional engineering team, fostering innovation and promoting best practices.- Collaborate with leadership to define and execute product strategy, integrating cutting-edge technologies to drive competitive advantage.- Ensure seamless operational efficiency by implementing processes and technologies that support scalability, security, and maintainability.

- Led architectural decisions and implemented scalable, maintainable solutions across the organization, improving system performance and reliability.- Promoted and enforced best practices, driving improved code quality and efficiency across multiple engineering teams.- Designed and developed internal libraries and tooling that enhanced the developer experience and accelerated project delivery.- Collaborated with cross-functional teams to ensure technical alignment with business objectives and strategic goals.- Organized developer discussion sessions to foster a culture of knowledge sharing, continuous learning, and innovation.

- Led two cross-functional product teams to successfully deliver innovative logistics solutions, improving operational efficiency and scaling business processes.- Collaborated with product managers and UX/design teams to align technical solutions with business goals, ensuring optimal user experiences and product-market fit.- Mentored and guided junior developers, fostering technical growth, code quality, and adherence to best practices within the teams.- Actively contributed to technical decision-making, balancing short-term delivery with long-term scalability and maintainability.

- Architected and implemented scalable, resilient logistics software to streamline the delivery process from first to last mile.- Led the development of systems that supported the processing and tracking of hundreds of thousands of daily orders.- Ensured high performance and reliability of logistics solutions through careful design and continuous optimization.

This research was conducted as part of a Cotutelle PhD program in collaboration with NTNU (Norway). For more details on the work and contributions, please see the corresponding NTNU entry.

- Developed a Python library for modeling, simulation, control, and optimization of dynamic systems, utilizing modular and efficient coding practices.- Designed and implemented a distributed nonlinear control algorithm for networked systems, ensuring scalability and robustness in real-time environments.- Focused on algorithm development, leveraging Python’s scientific computing libraries to build custom simulation and optimization tools.- Integrated control theory with computational techniques to solve complex control problems, contributing to advancements in distributed systems control.- Collaborated with international research teams, sharing and refining codebases to ensure interoperability between institutions (NTNU and UFSC).

- Focused on delivering data science and software solutions for businesses.- Provided companies with actionable data insights to enhance decision-making.- Utilized machine learning models and optimization tools to improve business processes.- Led end-to-end development of software systems, including data-driven applications.

- Conducted research in production optimization, specializing in optimization techniques such as Linear Programming, Mixed-Integer Linear Programming, and Convex Programming.- Applied static well models to enhance petroleum production efficiency and decision-making processes.- Collaborated with multidisciplinary teams to integrate optimization methods into real-world petroleum production scenarios.- Contributed to research development at NTNU (Norwegian University of Science and Technology) as part of an international collaboration.

- Led the development of a web framework for monitoring and adjusting a traffic control system.- Designed and implemented the backend using Python, ensuring robust data handling and system performance.- Developed and maintained the frontend in JavaScript, utilizing the ExtJS framework for efficient UI/UX.- Contributed to the core traffic control application, focusing on critical functionality in Python.- Collaborated with cross-functional teams to integrate traffic control algorithms and optimize system accuracy.