Module #1 Introduction to Renewable Energy Systems Overview of renewable energy sources, importance, and benefits
Module #2 Energy Fundamentals Energy conversion, energy units, and energy storage basics
Module #3 Solar Energy Systems Principles of solar energy, solar radiation, and PV systems
Module #4 Solar Energy System Design Designing and sizing solar PV systems for various applications
Module #5 Wind Energy Systems Principles of wind energy, wind speed, and wind turbine design
Module #6 Wind Energy System Design Designing and sizing wind energy systems for various applications
Module #7 Hydro Energy Systems Principles of hydro energy, hydroelectric power plants, and small-scale hydro systems
Module #8 Geothermal Energy Systems Principles of geothermal energy, geothermal power plants, and direct use applications
Module #9 Biomass Energy Systems Principles of biomass energy, biomass conversion technologies, and biopower systems
Module #10 Energy Storage Systems Overview of energy storage technologies, battery types, and applications
Module #11 Power Electronics for Renewable Energy Systems Power electronic converters, inverters, and control systems
Module #12 Grid Connection and Integration Grid connection requirements, grid stability, and power quality
Module #13 Microgrids and Distributed Energy Systems Microgrid architecture, control, and applications
Module #14 Energy Efficiency and Building Systems Building energy efficiency, building codes, and HVAC systems
Module #15 Renewable Energy Policy and Economics Overview of renewable energy policy, economics, and financing mechanisms
Module #16 Project Development and Management Renewable energy project development, project finance, and risk management
Module #17 System Performance Analysis and Monitoring Performance analysis, monitoring, and maintenance of renewable energy systems
Module #18 Safety and Reliability in Renewable Energy Systems Safety considerations, reliability analysis, and fault detection
Module #19 Electrical Distribution Systems for Renewable Energy Electrical distribution systems, line losses, and fault analysis
Module #20 Smart Grids and Renewable Energy Integration Smart grid architecture, advanced metering infrastructure, and demand response
Module #21 Energy Storage Systems Design and Implementation Designing and implementing energy storage systems for renewable energy applications
Module #22 Renewable Energy System Modeling and Simulation Modeling and simulation of renewable energy systems using software tools such as MATLAB, PSCAD, and OpenCV
Module #23 Case Studies in Renewable Energy Systems Real-world case studies of renewable energy systems, successes, and challenges
Module #24 Course Wrap-Up & Conclusion Planning next steps in Renewable Energy Systems Engineering career
