Currently developing personalized and smart conversational AI solutions for business.

Part of a team that develops drivers for u32BR, a brazilian 32 bit RISC-V processor.The drivers interact with low level systems and hardware controllers, such drivers are: UART, SPI, I2C, GPIO, Timers and ADC/DAC.- Currently developing/reviewing user drivers for the microprocessor.- Mentored by Prof. Fernando Pereira.

Part of a team that develops a Business Oriented Vulnerability Priorization model using public data from Shodan and Censys, as well as private data from client companies.- Developed a pipeline to run Llama 3 over a distributed network of machines (GPU powered).- Developed Natural Language Processing (NLP) workflows using XGBoost and transformers as a pre-processing step for the priorization model.- Developed an algorithm to identify dinamically assigned IP addresses from public… Show more Part of a team that develops a Business Oriented Vulnerability Priorization model using public data from Shodan and Censys, as well as private data from client companies.- Developed a pipeline to run Llama 3 over a distributed network of machines (GPU powered).- Developed Natural Language Processing (NLP) workflows using XGBoost and transformers as a pre-processing step for the priorization model.- Developed an algorithm to identify dinamically assigned IP addresses from public data obtainable at scale. (Published Paper)- Documented and linted the codebase for easier maintenance and future-proofing.- Mentored by Prof. Ítalo Cunha. Show less

Part of a team that works on path planning for networked multi‑robot systems with end‑to‑end connectivity guarantees.- Developed a multi-robot deployment algorithm aimed at creating a communications backbone while minimizing exposure to environmental threats.- Refactored the codebase for modularity, allowing faster experiments and iterations.- Mentored by Prof. Douglas Macharet.