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هل ترغب في التصفح باللغة العربية؟
العربية
العربية
English
A hands-on course covering the structural design of mid-rise concrete buildings using ACI 318-08 and ADIBC 2013, with ETABS/SAFE modeling and practical case studies from Abu Dhabi.
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Certificate of completion 
Downloadable resources 
Digital Course 
3Hrs 
English
6 PDU
Enroll For
(Excl. VAT)
Hurry up course is Coming Soon
Do you want to be a certified professional?
Certificate of completion
Downloadable resources
Digital Course
3Hrs
English
6 PDU This course provides a clear and practical understanding of the analysis and structural design of mid-rise reinforced concrete buildings in accordance with ACI 318-08 and the Abu Dhabi International Building Code (ADIBC 2013). Through a blend of theory and real project applications, participants will learn how gravity, wind, and seismic loads shape the design, detailing, and performance of mid-rise structures.
The course covers the full workflow of structural design, from load estimation and system selection to modeling, member design, and detailing, using ETABS and SAFE as core tools. Special focus is given to lateral stability, drift control, serviceability, durability, and quality assurance to ensure safe and code-compliant designs tailored to Abu Dhabi’s built environment.
By the end of the program, participants will be able to confidently design and review mid-rise reinforced concrete buildings that satisfy both local requirements and international engineering standards.
Who Should Enroll?
This course is ideal for:
By completing this course, participants will be able to:
Understand the structural behavior and load transfer mechanisms in mid-rise buildings under gravity, wind, and seismic effects.
Apply the ACI 318-08 and ADIBC 2013 provisions in the analysis and design of concrete members such as beams, columns, slabs, and shear walls.
Perform structural modeling, load application, and analysis using ETABS and SAFE, interpreting results to ensure safety and serviceability.
Design lateral load–resisting systems and assess drift, stability, and structural performance under combined loading conditions.
Prepare and review structural drawings, detailing, and design documentation in compliance with quality assurance and code requirements.
Evaluate construction-related aspects, including QA/QC procedures, material specifications, and site coordination.
Access a comprehensive set of design templates, code references, and calculation sheets to support professional engineering practice.
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This module introduces the fundamental principles governing the design of reinforced concrete structures, emphasizing the unique behavior of mid-rise buildings. Participants will explore load transfer mechanisms, material properties, and structural form selection. The module also highlights the importance of integrating architectural and structural considerations during early design stages to achieve efficiency, safety, and compliance with Abu Dhabi’s regulatory framework.
This module provides a detailed review of the international and local codes governing structural design in Abu Dhabi. It explains how to interpret and apply ACI 318-08 and ADIBC 2013 provisions in the design of mid-rise reinforced concrete buildings, ensuring proper load classification, member detailing, and safety factors. Participants will develop the ability to navigate design requirements efficiently and ensure full compliance with the latest standards.
This module covers all types of structural loads acting on mid-rise buildings-dead, live, wind, and seismic-and demonstrates how to calculate and combine them according to ASCE 7-05 and ADIBC 2013. Participants will learn to develop accurate load combinations and understand their influence on member design and overall stability.
This module introduces the analytical principles used to evaluate structural response under different loading conditions. It explains how beams, slabs, and columns behave in bending, shear, and compression, and how these behaviors are considered in design. The module bridges theoretical understanding with code-based calculations, forming the foundation for practical design applications.
This module guides participants through the detailed design of reinforced concrete beams, slabs, and columns using ACI 318-08. It includes step-by-step procedures for flexural, shear, and axial design, as well as reinforcement detailing to ensure safety and serviceability. Practical examples illustrate how to apply design equations to real mid-rise building components.
This module focuses on the analysis and design of lateral load–resisting systems such as shear walls, dual systems, and core-wall configurations. It explains methods for drift evaluation, stiffness optimization, and controlling lateral deflection within service limits. Participants will also learn practical approaches to balancing architectural requirements with structural efficiency.
This hands-on module provides training in structural modeling, analysis, and design using ETABS and SAFE. Participants will model mid-rise buildings, define materials and loads, perform analysis, and verify results against design code requirements. The session bridges analytical tools with real-world engineering judgment for accurate and efficient design.
This module emphasizes the importance of serviceability and durability in reinforced concrete design. It covers deflection control, crack width limitations, corrosion protection, and quality assurance measures. Participants will understand how QA/QC practices ensure that design intent is maintained throughout construction.
This module introduces the principles of reinforcement detailing and preparation of structural drawings according to code and construction best practices. It highlights how detailing influences performance, constructability, and inspection during execution.
The final module presents real-world case studies of mid-rise buildings in Abu Dhabi. Participants will analyze design strategies, construction challenges, and quality control approaches applied in actual projects. This module consolidates all course concepts into practical, code-compliant, and regionally relevant applications.
