ENGR 458 Renewable Power Systems & Smart Grids

Course professor: Fhazhil Wamalwa, PhD

Session: Spring 2025

Course brief:
This course, available at both undergraduate and graduate levels, explores the integration of renewable energy into the main power grids, with a focus on the technical challenges and opportunities involved. Key themes include introduction to a distributed power system, renewable energy technologies, grid interfacing technologies, grid integration codes and standards, and the vision for a future resilient and sustainable grid.

Why Take This Course?

  • Industry Relevance: Renewable energy integration is crucial for sustainable development, especially in California where renewable energy goals are high.
  • Skill Development: Gain knowledge about the latest grid technologies, standards, and innovations that are essential for working in the modern energy landscape.
  • Career Opportunities: Gain practical knowledge that aligns with industry demands, making you a valuable candidate for companies in the renewable and power sectors.

Career Opportunities and Job Market

  • Renewable Energy Companies: Numerous companies are leading California’s clean energy transition, providing ample job opportunities.
  • Utilities and Regulatory Bodies: Work with organizations like CAISO (California Independent System Operator), California Energy Commission, and PG&E, which are deeply involved in renewable integration.
  • Technology Companies: Top companies such as Hitachi, Siemens, Tesla, and GE Renewable Energy are hiring for roles in smart grids and renewable power systems.

Sample Job Titles Related to This Course

  • Renewable Energy Engineer
  • Renewable Energy Integration Engineer
  • Power Systems Engineer
  • Renewable Energy Consultant
  • Power Systems Design Engineer
  • Renewable Energy Development Specialist

This course provides a solid foundation for careers in the rapidly growing field of renewable energy, giving you the skills and knowledge to help build the sustainable power systems of the future.

Proposal 1 Plromotional Flyer ENGR 458 Spring 2025