This course provides a comprehensive introduction to the fundamental concepts and principles of reinforced concrete design. It is specifically tailored to meet the technical requirements of civil, structural, and architectural engineers engaged in the field of reinforced concrete design.

The course covers a wide range of topics, including the examination of different types of loads and the behavior of reinforced concrete. It delves into the mechanical properties of concrete, the flexural theory of reinforced concrete, concepts such as development length and splicing of steel bars, and the analysis of bending and shear in slabs and beams. Moreover, it explores various types of reinforced concrete slabs, such as solid slabs, hollow block slabs, paneled beams, and flat slabs. The design concept of eccentric sections is also addressed.

To facilitate practical understanding, the course incorporates examples and case studies that allow participants to apply the learned materials in a hands-on manner.

Course Objectives:

At the end of this course you will be able to understand:-

Understand the basic concepts of reinforced concrete design
Understand how to design the different types of slabs
Understand the behavior of reinforced concrete structures under different types of loads
Know the mechanical properties of concrete
Know the flexural theory of reinforced concrete
Know the design concept of eccentric sections

Who Should Attend?

This course is intended for civil, structural and architectural engineers whose work is related to reinforced concrete design. Hence, this course can be potentially useful to those responsible for reinforced concrete structures design.

Course Outlines:

Load types
Solid slabs
Hollow block slabs
Paneled beams
Flat slabs
Columns subjected to compression
Design of sections
Examples and case studies

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