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Design and Detailing of RCC elements

Subject Matter Expert

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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Syllabus

Design of Horizontal Elements (Beams, Slabs and Flat Slab)
This course module provides comprehensive insights into structural design, focusing on the detailed design aspects of reinforced concrete elements. Learners will engage in practical exercises, covering the design of beams, edge beams, flat slabs, and continuous slabs. Special emphasis is placed on reinforcement design, encompassing flexural and shear reinforcement for various structural components.
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Design of Vertical Elements - Columns
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.
Design of Vertical Elements - Shear walls
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.
Detailing of RCC Elements and BOQ
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.

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Taught by Subject Matter Experts, who are recognized for their work in Structural Design
Examines structural design principles, which are core skills for Civil Engineering
Provides real-world reinforcement design exercises, which are relevant in Civil Engineering
Covers shear wall design, which is useful for seismic response
Builds a strong foundation for beginners in Structural Design
Requires some background knowledge in Civil Engineering

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Design and Detailing of RCC elements with these activities:
Organize course materials for effective review
Enhance your learning experience by organizing and reviewing course materials effectively, optimizing knowledge retention.
Browse courses on Note-Taking
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  • Review lecture notes and handouts
  • Summarize key concepts and formulas
  • Create flashcards or mind maps for memorization
Review reinforced concrete theory
Assess your understanding of basic reinforced concrete principles, increasing readiness for the course content.
Browse courses on Reinforced Concrete
Show steps
  • Revise concepts of stress, strain, and elasticity in concrete
  • Review the principles of reinforced concrete design
  • Solve practice problems related to reinforced concrete theory
Participate in study groups for reinforced concrete design
Engage with peers, discuss concepts, and collaboratively solve problems, deepening your understanding and retention of reinforced concrete design principles.
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  • Form or join a study group with other students
  • Meet regularly to discuss course topics and assignments
  • Collaborate on projects and practice problems
Five other activities
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Attend industry webinars on reinforced concrete
Connect with professionals in the field and gain insights into industry trends and best practices, enriching your learning experience.
Show steps
  • Identify and register for relevant webinars
  • Attend webinars and actively participate in Q&A sessions
  • Follow up with speakers or attendees for further discussions
Design reinforced concrete beams
Enhance your ability to apply design principles and calculations for reinforced concrete beams, strengthening your understanding of structural design.
Browse courses on Beam Design
Show steps
  • Calculate beam reactions and internal forces
  • Design flexural reinforcement for beams
  • Design shear reinforcement for beams
Explore case studies of reinforced concrete structures
Analyze real-world examples of reinforced concrete structures, expanding your understanding of design principles and practical applications.
Browse courses on Case Studies
Show steps
  • Identify and analyze case studies of different reinforced concrete structures
  • Evaluate design choices and construction techniques used in the case studies
  • Discuss the lessons learned from the case studies
Develop a reinforcement detailing plan
Apply your knowledge of reinforcement detailing by creating a comprehensive plan, reinforcing your understanding of construction practices.
Show steps
  • Determine reinforcement requirements for a given structural element
  • Draw detailed reinforcement layouts
  • Prepare reinforcement bending schedules
Design a reinforced concrete structure for a small building
Apply your knowledge and skills to a practical project, simulating a real-world design scenario and solidifying your understanding of reinforced concrete principles.
Browse courses on Building Design
Show steps
  • Determine the design requirements for the building
  • Develop conceptual design sketches
  • Perform structural analysis and design calculations
  • Prepare construction drawings and specifications

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Course image
Level
Intermediate
Via
Coursera
Institution
L&T EduTech
Instructor
Subject Matter Expert
Session
August 12, 2024 - September 16, 2024
Language
English
Good to know
Taught by Subject Matter Experts, who are recognized for their work in Structural Design
Examines structural design principles, which are core skills for Civil Engineering
Provides real-world reinforcement design exercises, which are relevant in Civil Engineering
Covers shear wall design, which is useful for seismic response
Builds a strong foundation for beginners in Structural Design
Requires some background knowledge in Civil Engineering
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