I am a highly accomplished Data Scientist and AI Engineer with over 3 years of experience in applied AI projects, spanning from conception to production. My expertise lies in Generative AI, including large language models (LLMs) and retrieval-augmented generation (RAG), as well as the development of intelligent agents. I have a proven track record of transforming complex data into actionable solutions that drive business value.
I am proficient in Python, SQL, Machine Learning, Natural Language Processing (NLP), and Computer Vision, with hands-on experience working in cloud environments such as AWS and Azure. My strong foundation in statistics enables me to guide model improvements and make informed product decisions. I am adept at taking AI models from prototype stages to full production deployment while continuously evaluating their performance.
In my current role at CESAR, I have led projects that convert unstructured safety reports into predictive risk intelligence dashboards, helping technical teams proactively identify and prevent workplace hazards. I engineered a computer vision lip-mapping system that won the SXSW Innovation Award, enabling visually impaired women to apply makeup more efficiently.
Previously, I worked as a Research Fellow at the Institute of Systems and Robotics, where I developed machine learning algorithms to optimize 3D printing processes, significantly reducing waste and calibration time. I also mentored undergraduate students, supporting their capstone projects and technical integration.
Earlier in my career, I served as a Data Analyst at the University of Aveiro, where I quantified the financial impact of cycling growth on municipal budgets and developed an interactive web simulation tool to support economic planning. I am passionate about leveraging data science to solve real-world problems and continuously expanding my skills in AI and machine learning.
In Progress
Transformed unstructured safety reports for Petrobras into predictive risk intelligence dashboards using NLP, ML classification, and RAG architecture (Python/LLMs), enabling technical teams to proactively identify and prevent workplace hazards through precise data analysis and model outputs, with a strong focus on data quality, curation, and adherence to classification rubrics for language models. Engineered a Computer Vision (OpenCV) lip-mapping system for the SXSW 2025 Innovation Award-winning ‘Smart Lipstick’ for Boticário Group through extensive dataset construction and enrichment, enabling visually impaired women to apply makeup autonomously 3x faster by ensuring the highest precision in data annotation and segmentation. Designed a Dockerized predictive maintenance system to anticipate machine failures for Ball Corporation, employing comprehensive supervised (Regressions, Decision Trees, Random Forest, XGBoost) and unsupervised learning (Clustering, PCA), achieving a sustained 2% local production increase over five years, with an emphasis on validating and maintaining the quality of input data.
Developed a Machine Learning algorithm to optimize 3D printing of artificial muscles, reducing waste and calibration time. This work was published in Advanced Materials, ranking in the top 3% for readership. Mentored and assisted in supervising undergraduate students, supporting the development of capstone projects and technical integration into the laboratory.
Quantified the financial impact of cycling growth on municipal budgets, combining R-based statistical projections and data manipulation with full-stack development (HTML/CSS/JS) to deploy an interactive simulation web tool on Heroku. Presented analytical findings and tool demonstrations to academic audiences and public administrators, highlighting the synergy between data science and economic planning.
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