Overview

The course "Concrete Multi-storey Building System Design" aims to equip learners with key design techniques and practical insights drawn from L&T’s extensive expertise. Exploring the design process for reinforced concrete buildings, especially those around 10 stories tall, alongside architectural and structural drawings, learners gain hands-on experience in applying design principles. It covers design parameters, fostering enhanced comprehension, practical skills, and collaborative project experience. This comprehensive specialization immerses learners in the real-world practice of designing reinforced concrete buildings. It encompasses schematic design of gravity and lateral load-resisting systems, aiding learners in selecting suitable systems and sizing slabs, beams, columns, and shear walls for effective load resistance. The course includes load calculation, structural analysis, and reinforcement detailing in a hands-on manner. Practical emphasis ensures proficiency in making informed design decisions, covering reinforcement detailing and methods for concrete and steel quantification, thus enhancing project estimation skills. In essence, the course seamlessly integrates theory with hands-on practice, providing learners with a comprehensive understanding and practical expertise in various aspects of reinforced concrete building design.

Syllabus

Course 1: Design Basics of RCC Buildings
Course 2: Structural scheme setting and ETABS Analysis of RCC Building
Course 3: Design and Detailing of RCC elements

Courses

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10 hours 36 minutes
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This course offers a perspective on reinforced concrete building design, equipping learners with skills to interpret architectural and structural drawings, analyze geometric parameters, and understand material specifications. Learners gain practical proficiency in exposure, cover, fire ratings, load types, and seismic considerations, fostering a nuanced understanding of structural engineering. The curriculum emphasizes real-world application, incorporating analysis tools and design basis report creation. By exploring dead loads, live loads, wind loads, and earthquake loads, learners develop comprehensive knowledge, ensuring their ability to confidently undertake sophisticated designs. The course enhances comprehension of Indian code practices, practical skills, and collaborative project experience for effective structural engineering in diverse environments.
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10 hours 32 minutes
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This course module offers a holistic exploration of structural design, providing practical exercises in the detailed design of reinforced concrete elements such as beams, edge beams, flat slabs, continuous slabs, and columns. Emphasizing reinforcement design for flexural and shear aspects, learners gain proficiency in real-world engineering scenarios. The module extends to detailed column design, incorporating cardinal rules in scheme design. Further, it covers shear wall design principles, focusing on seismic responses and reinforcement specifics. The module concludes with a comprehensive exploration of reinforcement detailing, concrete and steel indices, reinforcement consumption, and Bill of Quantities, ensuring a well-rounded understanding.
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12 hours 20 minutes
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This course is designed to familiarize learners with various aspects of reinforced concrete building design, offering a multifaceted approach to enhance their skills. This comprehensive course explores crucial aspects of structural engineering, covering architectural drawing interpretation, and scheme setting. The course will cover common floor systems such as continuous two-way slabs and flat slabs, as well as drop panel design, sizing considerations, and edge beam functions. The module then shifts focus to reinforced concrete columns, emphasizing critical considerations in their location, sizing, and architectural significance. Lateral load systems, including shear walls, are explored in compliance with IS 1893 standards. Additionally, learners gain practical proficiency in ETABS modeling for multi-storey buildings and SAFE modeling for detailed floor system design, ensuring a holistic understanding and application of structural design principles.