USC Introduces Advanced Courses in Power Systems and Smart Grids
Los Angeles, Monday, 31 March 2025.
The University of Southern California launches new courses in power systems and smart grid technologies, emphasizing renewable resource integration and electrical engineering within its program offerings.
Comprehensive Program Structure
The new curriculum forms part of USC’s broader Sustainable Infrastructure Systems program, which focuses on smart-system design and sustainable infrastructure development. The program requires a minimum of 28 units for completion [1]. Students will gain expertise across three major areas: computer engineering, systems engineering, and electrical sciences, with particular emphasis on power electronics and energy conversion technologies [4].
Industry Leadership and Research Focus
The program benefits from the expertise of distinguished faculty members like Donald Paul, executive director of the USC Energy Institute, who brings extensive industry experience including a 33-year career with Chevron Corporation [7]. The Institute’s focus on ‘intelligent energy’ encompasses critical areas such as smart power grids and cyber-physical security for energy infrastructures, directly addressing contemporary industry needs [7].
Integration with Sustainability Goals
This educational initiative aligns with USC’s commitment to addressing modern energy challenges. The program emphasizes practical applications in green energy systems, preparing students to tackle current electricity generation and consumption challenges [4]. As of March 2025, the university has positioned these courses to prepare students for immediate participation in the modern infrastructure workforce [1][5].
Future Outlook and Career Pathways
The program aims to create professionals capable of leading the transition to sustainable energy systems [1]. Students will develop expertise in areas crucial for the evolving energy landscape, including power electronics, system control, and renewable resource integration [5]. The curriculum’s structure allows for specialization based on individual background and interests, ensuring graduates are well-prepared for various career paths in the power systems sector [1].
sources
- catalogue.usc.edu
- viterbischool.usc.edu
- cee.usc.edu
- minghsiehece.usc.edu
- www.usc.edu
- viterbischool.usc.edu
- www.csis.org