This course module focuses on the detailed design of reinforced concrete columns, covering vertical and horizontal reinforcements, stirrups, and post-processing of column forces. Learners will also learn cardinal rules in scheme design. The module ensures a comprehensive understanding of column design principles and reinforcing techniques.

This course module focuses on shear wall design, covering general considerations, seismic responses, and detailed reinforcement design. Learners will delve into the specific design aspects for distributed and horizontal reinforcements in reinforced concrete buildings, emphasizing seismic response and boundary elements. Practical exercises include determining design forces, moment capacity, and the design of boundary zone stirrups, ensuring a comprehensive understanding of shear wall design principles for effective application in structural engineering.

This comprehensive course module guides learners through the development of reinforcement detailing in reinforced concrete structures. Covering various elements such as flat slabs, two-way continuous slabs, beams, columns, and walls, the module emphasizes practical detailing exercises for effective documentation. Learners will gain insights into concrete and steel indices, reinforcement consumption, Bill of Quantities (BoQ), and conclude with a recap and comprehensive conclusion for practical reinforcement detailing in structural engineering.