Reinforced Concrete Design Course | IIT Guwahati Prof. Arunasis Chakraborty

Course Details

Master the Art and Science of Reinforced Concrete Design

Reinforced Concrete (RC) forms the backbone of modern infrastructure. From skyscrapers and bridges to dams and water tanks, the principles of RC design are fundamental to every civil engineer. Mastering this subject is not just about learning formulas; it's about understanding the behavior of materials under complex loads and applying codal provisions to create safe, durable, and economical structures.

This is where a structured, expert-led course makes all the difference. We are excited to present a comprehensive 12-week course on Reinforced Concrete Design, meticulously crafted and delivered by Prof. Arunasis Chakraborty from the prestigious Indian Institute of Technology (IIT) Guwahati.

About the Instructor: Learn from an Expert

Prof. Arunasis Chakraborty brings a wealth of knowledge and industry-relevant experience to this course. A professor in the Department of Civil Engineering at IIT Guwahati since 2009, he also heads the Center for Disaster Management & Research. His research expertise in uncertainty quantification, reliability analysis, condition assessment, and vibration control ensures the course content is grounded in both fundamental theory and cutting-edge practical applications.

With numerous publications in international journals and collaborative projects with institutions like Rice University, Chalmers University, BRNS, DST, and NF Railway, Prof. Chakraborty bridges the gap between academic concepts and real-world engineering challenges.

Who Should Enroll?

This course is primarily intended for Undergraduate (UG) Final Year Students in Civil Engineering. It is also highly beneficial for practicing engineers, junior structural designers, and postgraduate students seeking to solidify their understanding of RC design as per Indian Standards.

Course Overview: From Fundamentals to Advanced Applications

The 12-week curriculum is strategically divided into two cohesive sections, building your knowledge from the ground up.

Part 1: Core Principles and Member Design

The first half of the course establishes a strong foundation in the Limit State Method and the design of primary structural elements.

• Weeks 1-2: Beams – Understand the limit states of collapse and serviceability. Master the design of singly reinforced, doubly reinforced, and flanged (T & L) beams for flexure, shear, and bond, complete with detailing as per IS codes.
• Week 3: Slabs & Staircases – Learn the design concepts for one-way, two-way, and continuous slabs. Apply these principles to design staircases, a common yet critical component.
• Week 4: Columns – Dive into the design of axially loaded columns, columns under uniaxial and biaxial bending, and slender columns.
• Week 5: Foundations – Explore the design of various foundation systems, including isolated, combined, and raft footings. Understand the behavior and design of piles and pile caps.

Part 2: Advanced Design and Special Structures

The second half introduces advanced concepts and the design of specialized structures, crucial for complex projects.

• Week 6: Ductile Detailing for Seismic Resistance – Learn the vital IS code specifications for ductile detailing, the beam-column joint concept, and the strong column-weak beam philosophy for earthquake-resistant structures.
• Weeks 7-8: Special Elements – Tackle the design of deep beams and flat slabs, understanding their unique behavior and code provisions.
• Weeks 9-11: Water Retaining Structures – Master the design of underground rectangular tanks, circular tanks, and Intze tanks, including the design of supporting elements and intricate detailing as per IS 3370.
• Week 12: Integrated Building Design with Software – Cap the course by learning to model, analyze, and design a multi-storied building using industry-standard Finite Element software like STAAD Pro. Perform modal, response spectrum, and time history analyses.

Course Layout at a Glance

Recommended Books and Essential Codes

This course aligns with standard textbooks and, most importantly, the governing Indian Codes of Practice. Key resources include:

• Primary Text: Pillai & Menon, Reinforced Concrete Design (4th Ed.)
• Reference Texts: Books by N. Subramanian, M.L. Gambhir, N. Krishna Raju, and B.C. Punmia et al.
• Mandatory Codes:
  • IS 456:2000 (Plain and Reinforced Concrete)
  • IS 1893 (Earthquake Resistant Design)
  • IS 3370:2009 (Concrete Structures for Storage of Liquids)
  • IS 2911:2010 (Pile Foundations)
  • SP 16, SP 34 (Design Aids and Detailing Handbooks)

Embark on this 12-week journey to transform your theoretical knowledge into practical design expertise. Under the guidance of Prof. Arunasis Chakraborty, you will gain the confidence to design complex reinforced concrete structures, adhering to the highest standards of safety and efficiency.

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