About

Working as a frontend developer on the FinTech Rewards team, contributing to features that enhance how businesses manage and benefit from their travel spend. I collaborate closely with product and design to ship scalable, high-quality user-facing features, while also supporting the team in improving architecture, performance, and code maintainability.

Drove key product, technical and process enhancements that increased team productivity and delivery quality while fueling business growth through feature development on both client-facing and back-office web/mobile apps. Promoted the adoption of modern technologies, established best practices, improved codebase architecture, and enhanced CI/CD pipelines to support scalable, maintainable development. Developed a resourceful framework for building reusable web components and led the creation of an internal design system library, streamlining UI implementation and code sharing across projects.

Collaborated in Hinge Health’s innovative digital musculoskeletal care solution, improving onboarding and retention rates through data-driven product development for the client-facing mobile app. Served as Technical Project Lead and Co-lead on feature development, collaborating with Product Managers and Designers to deliver cost-effective, high-impact solutions. Drove efforts to enhance app performance and optimize the onboarding feature, a key driver for business and patient success. Promoted best practices in automated testing, accessibility, code quality, and performance to maintain high development standards.

Contributed to Geekie’s disruptive, data-driven edtech platform, supporting both client-facing and back-office web/mobile apps to enhance K-12 education in Brazil. Worked on the feature development that empowered school coordinators with actionable insights on student performance, enabling timely interventions. Improved internal tools for managing the courseware, increasing efficiency and flexibility for content teams. Resolved a security vulnerability in the client-facing app that was being exploited by students, implementing a robust solution to safeguard sensitive educational data.

Created and structured the Marketing department, building and leading a multidisciplinary team; as the company scaled, expanded leadership to include the Sales team, overseeing roles ranging from designers to engineers. Drove cross-company impact by implementing a set of digital tools that enhanced productivity and collaboration, including Slack for internal communication, Weekdone for OKR tracking, and Zoho CRM for sales operations. Also introduced the Predictable Revenue framework (“sales machine”) to bring structure and scalability to the sales process.

Consulted for Architecture, Engineering, and Construction firms, supporting the implementation, training, and optimization of their usage of cutting-edge technology for building design and analysis.

Studied Software Engineering at a disruptive higher education institution known for its unique project-based approach and no-teacher, peer-to-peer learning model. As part of a global initiative, École 42 offers an innovative way of learning technology, emphasizing collaborative, self-directed learning without traditional classrooms or instructors. Students, referred to as "cadets," are immersed in real-world projects, developing both technical expertise and critical life skills. The curriculum, which is entirely free for those who pass the rigorous selection process, fosters autonomy, problem-solving, and resilience, preparing students for the fast-paced tech industry.

Grade: 10/10.

Research Thesis: “BPS (Building Performance Simulation) and BIM (Building Information Modeling) integration research: A Systematic Review”

Completed my Master’s at one of the top universities in the world and the leading institution in Latin America for Architecture and Urban Planning. My research focused on the integration of Building Performance Simulation (BPS) and Building Information Modeling (BIM), exploring how these technologies can work together to improve building design, performance, and sustainability. The thesis involved a systematic review of current methodologies, tools, and case studies, aiming to highlight challenges and opportunities for more effective collaboration between BPS and BIM. This work contributed to advancing knowledge on how integrated digital technologies can optimize energy efficiency, environmental performance, and overall building lifecycle management, making a meaningful impact on the future of architectural practice.

Participated in an academic exchange program at one of France's leading architecture schools. At ENSAG, I collaborated with both local and international students on innovative architectural projects, where we explored cutting-edge generative design technologies. The exchange allowed me to engage with diverse cultural perspectives on architecture, enriching my approach to design and expanding my understanding of how digital tools can enhance architectural creativity and problem-solving.

Graduated with a Bachelor's degree in Architecture and Urban Planning from the University of São Paulo (USP), one of the most prestigious institutions in Latin America.

Activities and societies: Undergratuate Research, Academic Exchange.

Undergraduate Research: "The Informational Redundancy in Modelling for Computational Simulation"

Final paper: "School architecture in the knowledge era: the renovation of space for the construction of new generations"