Baptiste Zuber

Completed an intensive 10-week program focused on modern full-stack development, mastering frontend (React , React Native, Expo) and backend (Node.js, Express) technologies. Culminated in a collaborative two-week sprint to design and deploy a social mobile app, where I led backend development, implementing RESTful APIs and database architecture (MongoDB) to support real-time user interactions. Applied agile methodologies, version control (Git), and CI/CD practices to deliver a scalable, tested product. Strengthened problem-solving skills in fast-paced environments while balancing UX design and technical constraints. This experience enhanced my ability to rapidly prototype full-stack solutions, complementing my scientific background in data analysis with robust software engineering practices.

Taught science and mathematic to high school students, tailoring lessons to accommodate diverse learning needs. Managed classroom dynamics to create a respectful and inclusive space where students could engage with challenging material. Broke down complex scientific and mathematical concepts using relatable examples, visual aids, and hands-on activities to support understanding. Collaborated with fellow teachers to align curriculum goals, share resources, and develop interdisciplinary projects. Provided individualized guidance to students during office hours, focusing on problem-solving strategies and closing knowledge gaps. Participated in faculty meetings, parent-teacher conferences, and school events to foster communication and support student progress. Gained experience in teamwork, clear communication, and adapting methods to meet evolving classroom needs.

Conducted interdisciplinary research at the intersection of analytical chemistry and cultural heritage, leveraging advanced statistical methods to analyze spectroscopic and chromatographic data from historical artifacts. Developed Python-based pipelines (Pandas, NumPy, SciPy) for processing large datasets, identifying degradation patterns, and informing preservation strategies. Collaborated closely with museum professionals, chemists, and conservation scientists to bridge technical findings with practical conservation needs. Designed protocols for non-invasive analysis of organic materials in heritage objects, enhancing institutional workflows. Presented results at international conferences and authored peer-reviewed publications. This role honed my ability to translate complex data into actionable insights while navigating interdisciplinary challenges, fostering communication between academic research and museum practice.