Actively engaged in Research, Development, and Innovation (RDI) projects, with a focus on analyzing hybrid wind/solar/storage systems. Developed optimization models for hybrid plant sizing and implemented artificial intelligence algorithms for efficient battery system control. Produced technical reports and authored scientific articles for publication in journals and conferences.

Conducted simulations on electrical systems using OpenDSS and Python to evaluate the impacts of distributed generation on distribution networks, while also developing tools for dynamic data visualization. Participated in RDI projects within GTD, conducted simulations using Power Systems software, and honed competencies in electricity sector trends (REDs, Smart Grid, Free Energy Market). Assisted in drafting and revising scientific articles for publication in journals and conferences.

Contributed to projects at the Power Systems Competence Center within the Generation, Transmission and Distribution (GTD) sector.Tasks performed:1. Mapping trends in modern electrical systems (storage, hydrogen, renewable sources)2. Simulating power electrical systems using OpenDSS3. Employing Python for automation and integration of OpenDSS simulations4. Assessing the impacts of distributed generation on the distribution grid using OpenDSS software5. Analyzing data obtained via OpenDSS and developing tools for dynamic visualization

Supporting academic teaching in Linear Algebra and Analytical Geometry to students.