Module #1 Introduction to Complex Structures Overview of complex structures, importance, and challenges in design
Module #2 Structural Systems for Complex Structures Review of structural systems, including beam-column frames, braced frames, and cable-stayed systems
Module #3 Loading and Load Combinations Types of loads, load combinations, and load factors for complex structures
Module #4 Material Properties and Behavior Review of material properties, behavior, and selection for complex structures
Module #5 Analysis of Complex Structures Introduction to analysis methods for complex structures, including finite element analysis and matrix methods
Module #6 Geometric Nonlinearity and Instability Geometric nonlinearity, instability, and modeling of nonlinear behavior in complex structures
Module #7 Dynamic Analysis of Complex Structures Dynamic analysis methods, including modal analysis and time history analysis
Module #8 Seismic Design of Complex Structures Seismic design principles, codes, and standards for complex structures
Module #9 Wind Design of Complex Structures Wind design principles, codes, and standards for complex structures
Module #10 Foundation Design for Complex Structures Foundation design principles, types, and selection for complex structures
Module #11 Design of Cable-Supported Structures Design principles, analysis, and construction of cable-supported structures
Module #12 Design of Arch and Dome Structures Design principles, analysis, and construction of arch and dome structures
Module #13 Design of Long-Span Bridges Design principles, analysis, and construction of long-span bridges
Module #14 Design of High-Rise Buildings Design principles, analysis, and construction of high-rise buildings
Module #15 Design of Stadiums and Arenas Design principles, analysis, and construction of stadiums and arenas
Module #16 Design of Special Structures Design principles, analysis, and construction of special structures, including towers, masts, and chimneys
Module #17 Design for Fire and Blast Resistance Design principles, analysis, and construction for fire and blast resistance in complex structures
Module #18 Design for Sustainability and Energy Efficiency Design principles, analysis, and construction for sustainable and energy-efficient complex structures
Module #19 Computational Tools for Structural Design Overview of computational tools, including finite element software and BIM, for structural design
Module #20 Case Studies and Real-World Examples Real-world examples and case studies of complex structures, including design challenges and solutions
Module #21 Code Requirements and Standards Overview of codes and standards for complex structures, including international codes and local regulations
Module #22 Structural Health Monitoring Introduction to structural health monitoring, including sensors, data analysis, and condition assessment
Module #23 Risk and Reliability Analysis Introduction to risk and reliability analysis, including probability theory and reliability methods
Module #24 Optimization Techniques for Structural Design Introduction to optimization techniques, including linear and nonlinear programming, for structural design
Module #25 Design for Constructability Design principles, analysis, and construction for constructability in complex structures
Module #26 Design for Maintenance and Repair Design principles, analysis, and construction for maintenance and repair in complex structures
Module #27 Collaboration and Communication in Structural Design Importance of collaboration and communication in structural design, including teamwork, documentation, and presentation skills
Module #28 Ethics and Professional Responsibility Ethical considerations, professional responsibility, and code of conduct for structural engineers
Module #29 Project Management and Coordination Project management and coordination principles, including scheduling, budgeting, and risk management
Module #30 Course Wrap-Up & Conclusion Planning next steps in Structural Design for Complex Structures career
