Course Catalogue.

After participating in this course, you will be able to:

• Apply structural analysis methods to beams, trusses, slabs, columns, walls, frames, footings, and pile foundations.
• Assess the design of reinforced concrete and structural steel members for enhanced durability and safety.
• Solve common structural engineering problems with practical, hands-on techniques.
• Employ wood and masonry design procedures to create resilient and aesthetically pleasing structures.
• Blend architectural design with structural engineering principles to achieve projects that are both beautiful and structurally sound.

Description
In the dynamic world of building and design, the bridge between aesthetics and durability is often underpinned by the invisible hands of structural engineering. For non-structural engineers and architects, having more than just a fleeting grasp of these principles can be the difference between good and great projects. Yet, the intricate maze of mathematical formulas and technical jargon often acts as a barrier.

We've stripped away the intimidating equations, focusing on the raw essence of structural design. Dive deep into the world of concrete, steel, wood, and masonry building structures, delivered through digestible modules that don't sacrifice depth for simplicity. Following our engaging lectures, step into interactive sessions brimming with hands-on exercises and intuitive problem-solving tasks. By the end, you'll be looking at your projects with a renewed perspective, confidently blending form with function and beauty with resilience.

Embark on this transformative journey today and reshape the foundations of your architectural prowess!

Who Should Attend
Architects • Non-Structural Engineers (Civil, Mechanical, Electrical, Mining, Chemical and Agricultural) • Plant Engineers • Fabricators and Manufacturers of Structural Systems • General Contractors • Property Managers • Directors of Physical Plants • Municipal Building Officials • Building Inspectors • Field Review Personnel • Project Engineers • Others wanting to know more about Structural Systems

Course Syllabus

Welcome, Introduction, Workshop Preview, Learning Outcomes, and Assessment Methods

Structural Loads and Procedures

• NBC section 4.0
• Specified loads
• Limit states design

Structural Analysis

• Applied loads
• Equilibrium and free body diagrams
• Determinant and in-determinant structures
• Axial load, shear, and bending

Structural Behaviour

• Slabs, beams, and trusses
• Walls and columns
• Frames
• Footings
• Retaining walls
• Load tracing

Day II

Reinforced Concrete Design

• Products, properties, and failure modes
• Design standards
• Slabs
• Beams
• Columns
• Shear walls
• Footings
• Retaining walls
• Concrete piles (caissons)
• Prestressed concrete
• Precast concrete
• Corrosion protection
• Fire resistance
• Concrete repairs

Day III

Structural Steel Design

• Products, properties and failure modes
• Design standards
• Beams
• Columns
• Tension members
• Connections
• Corrosion protection
• Fire protection
• Steel Repairs

Day IV

Wood Design

• Products, properties, and failure modes
• CSA 086.1 design standard
• Beams and joists
• Columns and studs
• Trusses
• Connections
• Wood frame construction
• Decay protection
• Fire protection
• Wood repair

Masonry Design

• Products, properties, and failure modes