Overview

The Fundamentals of Structural Engineering in Abu Dhabi course provides a structured introduction to the core principles governing the design of reinforced-concrete buildings within the emirate.

Across eight modules, participants begin by examining the role of structural engineering in Abu Dhabi, the local regulatory environment and the structural provisions of the Abu Dhabi International Building Code. The course then progresses through structural design loads, reinforced-concrete behaviour and the practical design of beams, columns, slabs and foundation systems.

The course combines fundamental engineering principles with Abu Dhabi-specific considerations such as wind, seismic effects, local environmental conditions, material durability and structural load paths. It introduces ADIBC 2013 and ACI 318-08 as the principal references used throughout the training material, helping participants connect code requirements with practical structural-design decisions.

Who Should Enrol?

This course is designed for professionals seeking to build or strengthen their foundation in structural engineering, including:

Early-career civil engineers.
Graduate structural engineers.
Structural design engineers.
Site and project engineers requiring a stronger understanding of structural design principles.
Engineering consultants involved in building projects.
Construction professionals seeking to understand the structural intent behind reinforced-concrete works.

The course is particularly relevant to professionals working on villas, residential buildings and other reinforced-concrete projects in Abu Dhabi who require a structured introduction to local structural-design requirements and engineering practice.

Why This Course Matters

Structural engineering is fundamental to the safety, stability and durability of every building. Engineers must understand how gravity, occupancy, wind and seismic forces move through a structure and how beams, columns, slabs and foundations work together to transfer those loads safely to the ground.

In Abu Dhabi, structural design must also respond to local conditions, including high temperatures, thermal movement, sand and dust, coastal and saline environments, soil conditions and seismic considerations. These factors influence material selection, foundation solutions, durability requirements and structural-system design.

This course establishes the essential technical foundation required to interpret structural codes, understand load paths, select appropriate structural systems and design fundamental reinforced-concrete elements with greater confidence.

Course Deliverables

By the end of this course, participants will be able to:

Explain the role and responsibilities of structural engineers within Abu Dhabi’s construction environment.
Interpret the purpose and principal structural-design requirements of ADIBC, including the key concepts introduced in Chapter 16.
Identify and apply dead, live, wind, seismic, rain and other structural loads and understand how they are combined for design.
Explain the fundamental behaviour and material properties of reinforced concrete and reinforcing steel.
Design reinforced-concrete beams for flexure and shear and apply appropriate reinforcement requirements.
Evaluate reinforced-concrete columns under axial, eccentric and biaxial loading, including slenderness and stability considerations.
Design common reinforced-concrete slab systems and evaluate flexure, shear, punching shear and serviceability requirements.
Assess shallow and deep foundation options and apply basic design principles relating to bearing pressure, flexure, shear and settlement.

Why Professionals Choose This Course

Provides a structured introduction to structural engineering practice in Abu Dhabi.
Explains the role of ADIBC in structural design and introduces the key principles of Chapter 16.
Covers the principal structural loads and load combinations used in building design.
Builds a practical understanding of reinforced-concrete behaviour and material properties.
Includes dedicated coverage of beams, columns, slabs and foundations.
Explains flexure, shear, axial loading, punching shear, slenderness and stability in clear engineering terms.
Connects structural calculations with load paths and real building behaviour.
Introduces Abu Dhabi-specific considerations relating to climate, soil conditions, durability, wind and seismic effects.
Uses practical examples to connect theoretical concepts with engineering applications.

The course provides a progressive foundation for engineers who want to understand how structural systems are conceived, analysed and designed before advancing to more specialised structural-engineering topics.

Course Content

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Module 01 — Introduction to Structural Engineering in Abu Dhabi

Develop an understanding of the role of structural engineering in delivering safe, durable and code-compliant buildings in Abu Dhabi. Explore local environmental and construction challenges, structural-engineer responsibilities, common structural systems, material selection and the importance of structural integrity.

Module 02 — Abu Dhabi International Building Code and Chapter 16: Structural Design

Explore the purpose and structure of the Abu Dhabi International Building Code, with particular emphasis on Chapter 16. Understand general structural requirements, load types, load combinations, lateral stability systems and the treatment of wind, seismic and other structural actions.

Module 03 — Design Loads in Structural Engineering (ADIBC 2013)

Develop a clear understanding of dead, live, wind, seismic, rain, temperature and other applicable loads. Learn the standard load notations used in structural design and examine how loads are combined using Allowable Stress Design and Load and Resistance Factor Design approaches.

Module 04 — Introduction to Reinforced Concrete and ACI 318-08

Understand reinforced concrete as a composite structural material and examine the properties of concrete and reinforcing steel. The module covers compressive strength, elastic modulus, creep, shrinkage, reinforcement grades, concrete–steel bond and the fundamental strength-design principles introduced under ACI 318-08.

Module 05 — Design of Reinforced-Concrete Beams

Explore the flexural and shear behaviour of reinforced-concrete beams and learn how loads are transferred from slabs and walls through the structural system. Examine equivalent stress blocks, nominal moment capacity, minimum reinforcement, shear resistance, stirrup design, anchorage and practical reinforcement detailing.

Module 06 — Design of Reinforced-Concrete Columns

Understand the behaviour and classification of reinforced-concrete columns under axial, eccentric and biaxial loading. Examine reinforcement requirements, interaction behaviour, slenderness, buckling, second-order effects and the role of ties and spirals in achieving stable and ductile column performance.

Module 07 — Design of Reinforced-Concrete Slabs

Examine one-way, two-way and flat-slab systems and understand how slab geometry and support conditions influence load distribution. Learn fundamental design requirements for flexure, reinforcement, deflection, one-way shear and punching shear, together with practical serviceability and detailing considerations.

Module 08 — Design of Foundations

Develop an understanding of shallow and deep foundation systems and how building loads are transferred safely to the supporting soil. Examine isolated, combined, strip, raft and pile foundations, bearing pressure, settlement, flexural design, one-way shear, punching shear and Abu Dhabi-specific foundation considerations.

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Fundamentals of Structural Engineering in Abu Dhabi

AED 3,000 AED 4,000