Juan David Villota

working on power electronics design for EV charging infrastructure, harmonic correction, and transformer design. Focused on power systems, renewable energy integration, and electric mobility applications. experience in courses such

• ● Comprehensive analysis of the national and international electric mobility market, focusing on electric vehicles and last-mile solutions.

• ● Technical involvement in power electronics for e-mobility infrastructure, including charger systems (AC slow, DC fast, and semi-fast), harmonic distortion correction, and energy demand optimization.

• ● Design support for electric vehicle charging stations, covering transformer sizing, capacitor bank configuration, and harmonic mitigation to ensure grid stability and efficiency.

• ● Collaboration between commercial and engineering teams to evaluate project feasibility, cost analysis, and technological implementation strategies for sustainable transportation systems.

• ● Continuous support for students in subjects such as Fundamentals of Computer Networking and advanced courses in the Master's in Analytics program from Industrial Engineering (MIIA).

• ● Collaboration with professors in developing materials, resolving technical queries, and promoting self-directed learning.

• ● Use of tools such as Python, R, and Excel for data analysis and probabilistic modeling.