Module #1 Introduction to Renewable Energy Overview of renewable energy sources, importance, and benefits
Module #2 Energy Policy and Regulations Global energy policies, regulations, and incentives for renewable energy development
Module #3 Solar Energy Fundamentals Principles of solar energy, types of solar systems, and system design considerations
Module #4 Solar Energy System Design and Simulation Designing and simulating solar energy systems using industry-standard software
Module #5 Wind Energy Fundamentals Principles of wind energy, types of wind turbines, and system design considerations
Module #6 Wind Energy System Design and Simulation Designing and simulating wind energy systems using industry-standard software
Module #7 Hydro Energy Fundamentals Principles of hydro energy, types of hydroelectric systems, and system design considerations
Module #8 Geothermal Energy Fundamentals Principles of geothermal energy, types of geothermal systems, and system design considerations
Module #9 Biomass and Bioenergy Fundamentals Principles of biomass and bioenergy, types of biomass systems, and system design considerations
Module #10 Energy Storage Systems Overview of energy storage technologies, types of energy storage systems, and system design considerations
Module #11 Power Electronics and Converters Power electronics and converters for renewable energy systems, including design and simulation
Module #12 Grid Integration and Microgrids Grid integration of renewable energy systems, microgrids, and islanding operation
Module #13 Renewable Energy System Monitoring and Control Monitoring and control systems for renewable energy systems, including data acquisition and analytics
Module #14 Project Development and Finance Renewable energy project development, financing, and risk management
Module #15 Environmental Impact Assessment Environmental impact assessment of renewable energy projects, including socio-economic and ecological considerations
Module #16 Advanced Materials for Renewable Energy Overview of advanced materials used in renewable energy systems, including nanomaterials and coatings
Module #17 Computational Tools for Renewable Energy Computational tools and software for renewable energy system design, simulation, and optimization
Module #18 Artificial Intelligence and Machine Learning in Renewable Energy Applications of artificial intelligence and machine learning in renewable energy systems, including predictive maintenance and optimization
Module #19 Cybersecurity in Renewable Energy Systems Cybersecurity threats and mitigation strategies for renewable energy systems
Module #20 Innovative Renewable Energy Technologies Emerging and innovative renewable energy technologies, including tidal, wave, and bio-inspired systems
Module #21 Renewable Energy System Optimization Optimization techniques for renewable energy systems, including genetic algorithms and linear programming
Module #22 Case Studies in Renewable Energy Projects Real-world case studies of successful renewable energy projects, including challenges and lessons learned
Module #23 Renewable Energy Policy and Economics Renewable energy policy and economics, including cost-benefit analysis and levelized cost of energy
Module #24 Research and Development in Renewable Energy Current research and development in renewable energy, including emerging trends and opportunities
Module #25 Course Wrap-Up & Conclusion Planning next steps in Advanced Engineering in Renewable Energy Projects career
