Coursera - Concrete Multi Storey Building - System Design Specialization

What you'll learn
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.
Skills you'll gain
Design Specifications
Civil Engineering
Engineering Software
Engineering Analysis
Architectural Drawing
Construction
Engineering Documentation
Building Design
Building Codes
Engineering Calculations
Blueprint Reading
Architectural Engineering
Engineering Practices
Structural Analysis
Construction Estimating
Estimation
Construction Engineering
Civil and Architectural Engineering
Structural Engineering
Engineering Drawings
Specialization - 3 course series
Through this course, learners will cultivate the expertise to meticulously design a concrete building from its conceptualization to its realization, ensuring strict adherence to relevant code requirements. They will also adeptly integrate industry inputs into their design processes, equipping them to navigate real-world challenges and deliver high-quality, compliant structures.
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