Earthquake-resistant structures : Groundbreaking Advances
                     K.Ramakrishnan College of 
Engineering
Presents...
Synopsis
• Ground-breaking Advances in Geotechnical Engineering for Earthquake-Resistant 
Structures
• Need for Earthquake-Resistant Structures
• Latest Technologies in Geotechnical Engineering
• The Role of Civil Engineers in Earthquake-Resistant Structures
• To Sum-up
 
Ground-breaking Advances in Geotechnical 
Engineering for Earthquake-Resistant Structures
• Geotechnical engineering plays a fundamental role in the construction of 
earthquake-resistant structures, especially in regions prone to seismic activity. 
• With advances in technology and an increasing understanding of earthquake 
dynamics, engineers can now design buildings that can withstand seismic forces. 
• At K.Ramakrishnan College of Engineering (KRCE), the civil engineering 
curriculum emphasizes the importance of incorporating the latest technologies 
and methods in this critical field.
 
Need for Earthquake-Resistant Structures
• Earthquakes cause extensive damage, particularly to structures not 
designed to handle the force of seismic waves. 
• In addition, to reduce these risks, civil engineers must focus on soil 
behaviour, foundation design, and innovative construction materials.
•  Further, Geotechnical advancements are essential to developing structures 
that can flex and move with seismic activity while maintaining their 
integrity.
Latest Technologies in Geotechnical 
Engineering
• Base Isolation Technology
• Soil Liquefaction Mitigation
• Seismic Dampers
• Microzonation
• Advanced Seismic Retrofitting Techniques
The Role of Civil Engineers in Earthquake-Resistant 
Structures
• Civil engineers play a key role in designing earthquake-resistant structures, and 
staying updated with the latest geotechnical advancements is crucial for building 
resilient, safe structures. 
• At K.Ramakrishnan College of Engineering (KRCE), students are equipped with 
cutting-edge knowledge and skills to excel in this field. 
• The civil engineering program at KRCE offers a comprehensive curriculum and 
covers advanced soil mechanics, foundation engineering, and structural 
dynamics, ensuring students are well-versed in modern seismic design codes. 
To Sum-up
• Earthquake-resistant structures are a necessity in today’s world, particularly in 
areas susceptible to seismic activity. 
• Thus, with continuous advancements in geotechnical engineering, civil 
engineers now have a broad range of technologies and techniques to mitigate 
earthquake damage. 
• As technology evolves, civil engineers trained in these methods will play a 
crucial role in protecting lives and ensuring infrastructure resilience
 
THANK YOU…
• CONTACT : 91 737 328 4777
• WEBSITE LINK:
• https://krce.ac.in/
• https://krce.ac.in/blog/ground-breaking-advances-in-geotechnical-engineering-f
or-earthquake-resistant-structures/