Module #1 Introduction to Renewable Energy Design Overview of renewable energy sources, design principles, and importance of advanced tools
Module #2 Computer-Aided Design (CAD) for Renewable Energy Introduction to CAD software and its application in renewable energy design
Module #3 Building Information Modelling (BIM) for Renewable Energy Introduction to BIM and its application in renewable energy design and construction
Module #4 Geographic Information Systems (GIS) for Renewable Energy Introduction to GIS and its application in renewable energy site selection and planning
Module #5 SolarPV Design and Simulation Using software tools for designing and simulating solar PV systems
Module #6 Wind Energy Design and Simulation Using software tools for designing and simulating wind energy systems
Module #7 Hydrokinetic Energy Design and Simulation Using software tools for designing and simulating hydrokinetic energy systems
Module #8 Energy Storage System Design Designing and sizing energy storage systems for renewable energy applications
Module #9 Power Electronics and Control Systems Designing and simulating power electronics and control systems for renewable energy applications
Module #10 Energy Efficiency Optimization Using optimization techniques and software tools for energy efficiency improvement in buildings and industries
Module #11 Building Energy Modelling Using software tools for building energy modelling and simulation
Module #12 Renewable Energy Policy and Regulation Overview of renewable energy policies and regulations, and their impact on design and implementation
Module #13 Economic Analysis and Cost Estimation Economic analysis and cost estimation for renewable energy projects
Module #14 Advanced Data Analysis for Renewable Energy Using data analysis and machine learning techniques for renewable energy applications
Module #15 Uncertainty Analysis and Sensitivity Studies Using uncertainty analysis and sensitivity studies for renewable energy design and optimization
Module #16 Case Studies in Renewable Energy Design Real-world case studies of renewable energy design and implementation using advanced tools
Module #17 Group Project:Renewable Energy Design Applying advanced tools to a group project on renewable energy design
Module #18 Software Tools for Renewable Energy Design Overview of software tools commonly used in renewable energy design, including pros and cons
Module #19 Best Practices for Renewable Energy Design Best practices for designing and implementing renewable energy systems
Module #20 Futures and Trends in Renewable Energy Design Emerging trends and future directions in renewable energy design and advanced tools
Module #21 Certifications and Standards for Renewable Energy Design Overview of certifications and standards for renewable energy design and implementation
Module #22 Communication and Stakeholder Engagement Effective communication and stakeholder engagement for renewable energy projects
Module #23 Project Management for Renewable Energy Projects Project management principles and practices for renewable energy projects
Module #24 Risk Assessment and Management Risk assessment and management for renewable energy projects
Module #25 Quality Assurance and Quality Control Quality assurance and quality control for renewable energy design and implementation
Module #26 Lessons Learned and Case Studies Real-world case studies and lessons learned from renewable energy design and implementation projects
Module #27 Group Discussion:Industry Trends and Challenges Group discussion on industry trends and challenges in renewable energy design and implementation
Module #28 Advanced Tools for Energy Storage System Design Advanced tools and techniques for energy storage system design and optimization
Module #29 Advanced Tools for Building Energy Modelling Advanced tools and techniques for building energy modelling and simulation
Module #30 Course Wrap-Up & Conclusion Planning next steps in Advanced Tools for Renewable Energy Design career
