Developed user-friendly web interfaces from Figma mock-ups using Vue.js andNode.js, focusing on intuitive design and seamless user experience.Implemented advanced AI algorithms to enhance documentation search functional-ity, leveraging vector embedding models for improved accuracy and relevancy.Spearheaded the development of an AI-driven application utilizing historical dataanalysis for accurate response suggestions, boosting efficiency and customer… Show more Developed user-friendly web interfaces from Figma mock-ups using Vue.js andNode.js, focusing on intuitive design and seamless user experience.Implemented advanced AI algorithms to enhance documentation search functional-ity, leveraging vector embedding models for improved accuracy and relevancy.Spearheaded the development of an AI-driven application utilizing historical dataanalysis for accurate response suggestions, boosting efficiency and customer sat-isfaction.Pioneered the application of machine learning techniques in categorizing customerinquiries to optimize response mechanisms and operational efficiency.Develop and maintain a variety of Python-based applications for both web anddesktop, focusing on automated documentation and workflow optimization. Show less

Guidance in advanced physics problem solving. Colloquium evaluations.

Teaching Assistant for Mathematics (commission 08 and 12) belonging to the University Entrance Seminar. The tasks that I developed during the course were those of assisting in the dictation of classes and the resolution of the practices, answering queries and guiding the students in the resolution of the proposed exercises, and finally in the correction and evaluation of the instances of exams.

Rational Mechanics Department (Special Reaffiliation Course) belonging to the Electrical Engineering program. I carried out my duties as an auxiliary assistant, in charge of leading consultation sessions and developing practices, as well as correcting and evaluating them.

Engineered software and hardware for remote monitoring systems in electric motors, utilizing Arduino Uno and SCT-013 for real-time data acquisition and analysis.Contributed to the development of efficient and reliable embedded systems, focusing on automation and process improvement.Developed software for IoT devices to capture real-time electrical parameters, integrated with Firebase using ESP32 Wifi Module.

Co-led a groundbreaking investigation into swelling in nuclear irradiated materials,pivotal for enhancing the safety and efficiency of Atucha nuclear reactors.Developed sophisticated 3D models of reactor components using the Matplotlib lib-rary in Python, enabling detailed visualization of material behaviors under irradiation.Conducted extensive data analysis to generate critical graphical data, aiding in post-analysis and decision-making processes for reactor safety… Show more Co-led a groundbreaking investigation into swelling in nuclear irradiated materials,pivotal for enhancing the safety and efficiency of Atucha nuclear reactors.Developed sophisticated 3D models of reactor components using the Matplotlib lib-rary in Python, enabling detailed visualization of material behaviors under irradiation.Conducted extensive data analysis to generate critical graphical data, aiding in post-analysis and decision-making processes for reactor safety enhancements.Employed advanced object-oriented programming (OOP) techniques in Python for ef-ficient data handling, including complex read/write operations, ensuring robust andreliable data processing.Collaborated closely with a team of experts in nuclear engineering and materials sci-ence, contributing to the development of innovative solutions to extend the lifespanand safety of nuclear materials. Show less