Structural Engineering Design
( 24 Modules )

Module #1
Introduction to Structural Engineering Design
Overview of structural engineering, importance of design, and role of the structural engineer

Module #2
Types of Structures
Classification of structures, types of loads, and common structures in civil engineering

Module #3
Materials for Structural Engineering
Overview of common materials used in structural engineering, their properties, and applications

Module #4
Loads and Load Combinations
Types of loads, load combinations, and load calculation methods

Module #5
Structural Analysis Fundamentals
Introduction to structural analysis, types of analysis, and importance of assumptions

Module #6
Beam Analysis
Analysis of beams, types of beams, and calculation of reactions, shear, and moment

Module #7
Slab Analysis
Analysis of slabs, types of slabs, and calculation of reactions, shear, and moment

Module #8
Column Analysis
Analysis of columns, types of columns, and calculation of axial loads and moments

Module #9
Foundation Design
Introduction to foundation design, types of foundations, and design considerations

Module #10
Structural System Design
Design of structural systems, including beams, columns, and slabs

Module #11
Design of Steel Structures
Design of steel structures, including beams, columns, and connections

Module #12
Design of Concrete Structures
Design of concrete structures, including beams, columns, and slabs

Module #13
Design of Timber Structures
Design of timber structures, including beams, columns, and connections

Module #14
Wind and Seismic Design
Design of structures for wind and seismic loads, including calculation of wind and seismic forces

Module #15
Structural Integrity and Durability
Importance of structural integrity and durability, and design considerations

Module #16
Fire and Explosion Resistance
Design of structures for fire and explosion resistance, including materials and detailing

Module #17
Sustainability and Energy Efficiency
Design of sustainable and energy-efficient structures, including materials and systems

Module #18
Computer-Aided Design and Analysis
Introduction to computer-aided design and analysis software, including finite element analysis

Module #19
Structural Drawing and Documentation
Importance of structural drawing and documentation, including symbols, notation, and best practices

Module #20
Structural Inspection and Maintenance
Importance of structural inspection and maintenance, including types of inspections and maintenance techniques

Module #21
Case Studies in Structural Design
Real-world examples of structural design, including successes and failures

Module #22
Structural Design for Specialized Structures
Design of specialized structures, including bridges, towers, and high-rise buildings

Module #23
Design for Construction and Fabrication
Design considerations for construction and fabrication, including constructability and buildability

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Structural Engineering Design career

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Structural Engineering Design ( 24 Modules )

Structural Engineering Design
( 24 Modules )