Collaborative mathematics research on rational semirings, factorization theory and exact computation through rigorous proof writing, structured mathematical investigation and exact-rational computational workflows. The work explores arithmetic structure, atomicity and factorization behavior while translating theoretical questions into precise proofs and reproducible computational experiments.

Designing programming and robotics learning materials used by regional teams in public schools across Brazil. The work translates programming, electronics and robotics concepts into practical learning experiences that educators can apply directly with students, combining technical accuracy with accessible STEM education and hands-on experimentation.

Founded and lead the school’s first student scientific club, creating a structured pathway into research, experimentation and STEM. Atomus connects students with scientific projects, technical exploration and collaborative learning while helping build a stronger research culture inside the school and making advanced topics more approachable.

Leading robotics work across software, artificial intelligence, electronics and system integration for FLL and the Brazilian Robotics Olympiad. I coordinate technical development, help structure team preparation and mentor younger competitors while turning ideas into reliable systems that can perform under real competition constraints.

Selected for the Latin American Leadership Academy ecosystem through its Leadership Camp, joining young leaders from across the region. The experience focuses on purpose, service, collaboration and community impact while developing leadership through reflection, dialogue and projects connected to real challenges in Latin America.