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The swift advancement in renewable energy has created a demand for electrical engineers proficient in both traditional power systems and modern renewable integration. This program explores prevalent wind and solar technologies as both centralized and distributed power solutions, along with their impact on conventional power systems. Participants will examine energy storage applications in microgrids and utility-scale operations. The curriculum also covers AI and machine learning applications in smart grids through smart meter implementations. A dedicated project management module equips students with essential skills for overseeing power generation, transmission, and distribution initiatives. The culminating Project Thesis demands substantial independence, synthesizing knowledge from prior coursework. This research-intensive component fosters analytical thinking, innovative application of skills, and critical assessment of current industry practices in electrical engineering.
To gain entry into this program, applicants need one of the following: