A beam that is perfectly designed in isolation can still fail the building around it if it was never checked against the columns and slabs it connects to. Reinforced Concrete Design only works as a system — loads have to travel somewhere, and every element has to be sized with that path in mind.

The Structural Analysis and Design of Reinforced Concrete Buildings training course, delivered by Arab British Fellowship Training Academy, builds that systems view from the start: understanding load paths and RCC behavior, then applying it directly to the coordinated design of beams, columns, and slabs, backed by practical case studies and common design pitfalls to avoid.

Who Should Attend?

• Structural and Civil Engineers Involved in Building Design
• Design Engineers Responsible for Reinforced Concrete Structures
• Structural Draftsmen and Detailers Working with RCC Design
• Site Engineers Verifying Structural Design on Site
• Graduate Engineers Building Foundational Structural Design Skills

What You'll Gain

• Trace load paths through a building and connect them to design requirements
• Understand how reinforced concrete structures behave under real loading
• Design and detail beams for flexure, shear, and serviceability
• Design columns and slabs together as part of one coordinated structural system
• Apply relevant design codes to reinforced concrete design practice
• Recognize and avoid common design errors before they reach construction

Module 1: Seeing the Building as One Structural System

• Coordinating beam, column, and slab design within a building system
• Structural engineering considerations for constructability
• Why isolated element design isn't enough

Module 2: Load Paths and Structural Analysis

• Load types and load paths in building structures
• Structural analysis methods for reinforced concrete buildings
• Linking analysis results to design requirements

Module 3: How Reinforced Concrete Really Behaves

• Behavior and properties of reinforced concrete
• Structural systems used in RCC buildings
• Design codes and standards governing RCC structures

Module 4: Designing and Detailing Beams

• Analysis and design of reinforced concrete beams
• Flexural, shear, and serviceability design checks
• Detailing reinforcement for beams

Module 5: Designing Columns and Slabs Together

• Analysis and design of reinforced concrete columns under axial and combined loading
• Design of one-way and two-way slabs, including flat slab systems
• Serviceability checks including deflection and cracking

Module 6: Practical Design Workshop and Common Pitfalls

• Common design errors and how to avoid them
• Case studies in reinforced concrete building design
• Hands-on design exercises for beams, columns, and slabs