Online Course – Certified Professional Internship in Concrete Multi-Storey Construction by L&T EduTech

Learn the expertise in concrete construction design. Master concrete construction design: from concept to construction execution.

Suggested by: Coursera (What is Coursera?)

Professional Certificate

Advanced

No prior knowledge required

Time to complete the course

7-day free trial

No unnecessary risks

Skills you will acquire in the course

  • Design parameters and in-depth understanding.
  • Practical skills and experience in collaborative projects.
  • Schematic design of weight-bearing and tilt-resistant systems.
  • Load calculations, structural analysis and reinforcement detailing.
  • Practical training in making informed design decisions.

What you will learn in the course

Courses for which the course is suitable

  • Building engineer
  • Building designer
  • Construction project manager
  • Structural Analyst
  • Building Systems Planner
  • Construction consultant
  • Quality Manager in Construction Projects
  • Expert in designing high-rise buildings
  • Construction Materials Engineer
  • Structural durability planner

Internship – 3-part course series

The course “Design of Multi-Storey Concrete Building Systems” is designed to provide learners with key design techniques and practical insights, drawn from L&T’s extensive expertise. The course examines the design process of reinforced concrete structures, particularly buildings of approximately ten stories in height, and provides learners with practical experience in applying design principles.

Course contents

  • Design parameters and in-depth understanding.
  • Practical skills and experience in collaborative projects.
  • Schematic design of weight-bearing and tilt-resistant systems.
  • Load calculations, structural analysis and reinforcement detailing.
  • Practical training in making informed design decisions.

Essentially, the course seamlessly integrates theory and practice, providing learners with a comprehensive understanding and practical expertise in various areas of reinforced concrete structural design.

Hands-on Learning Project

In the course, learners will develop the expertise to rigorously design a concrete building from concept to completion, while adhering to relevant standard requirements. They will incorporate industry input into their design processes, and will be prepared to face real-world challenges and deliver quality, standard-compliant structures.

Details of the courses that make up the specialization

Fundamentals of Designing Reinforced Concrete Structures

Course 1
10 hours

What will you learn?

  • Understand and interpret detailed architectural and structural drawings.
  • Learn to evaluate geometric aspects and specify materials for designing reinforced concrete structures.
  • Gain knowledge about exposure levels, coverage requirements, and fire protection for reinforced concrete structures.

Skills you will acquire

  • Acquire knowledge in evaluating shapes, sizes, and properties of materials in structural engineering.
  • Acquire knowledge and understanding of the different types of loads, including dead, live, wind, and earthquake loads.
  • Learn to incorporate exposure levels, coverage requirements, and fire safety measures into the design.
  • Acquire skills in using tools for analysis and creating comprehensive reports for design decisions.
  • Develop the ability to read and understand complex structural designs and building plans.

Definition of structural schemes and ETABS analysis of reinforced concrete buildings

Course 2
12 hours

What will you learn?

  • Learn to understand architectural drawings and develop effective structural design schemes.
  • Acquire proficiency in the design and sizing of two-way panels, flat panels, curbstones, and end walls.
  • Gain skills in designing reinforced concrete columns with consideration for location, size, and architectural impact.

Skills you will acquire

  • Developing skills in understanding and working with architectural designs and planning.
  • Master the use of ETABS for modeling.