Advanced Structural Mechanics Lab
Advanced Structural Mechanics Laboratory focusing on high strain rate loading and material behavior.
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IIT Hyderabad — Civil Engineering
Structural Engineering Laboratory
Department of Civil Engineering, Indian Institute of Technology Hyderabad
Our Impact at a Glance
17+ Years of Research
50+ Research Projects
100+ Publications
10+ Patents Filed
10+ Testing Systems
43+ Ph.D. Students
21.15+ Cr Project Funding
📋 Notice Board
- NEW SEC 2026 — International Conference on Structural Engineering
- NEW M.Tech Admissions 2026 — Applications Open
- NEW SEC 2026 — International Conference on Structural Engineering
- NEW M.Tech Admissions 2026 — Applications Open
About the Laboratory
Download BrochureThe Structural Engineering Laboratory at IIT Hyderabad is a comprehensive research ecosystem bridging the gap between fundamental mechanics and real-world application.
Mission
To advance research in structural behavior and material performance while enabling hands-on learning, developing smart sensing systems, and promoting knowledge through collaboration.
Vision
To be a leading structural engineering lab driving innovation in testing, sensing, and analysis for safe, durable, and resilient infrastructure.
Focus
The Structural Engineering Laboratory focuses on understanding the behavior of materials and structural systems under various loading and environmental conditions. It integrates experimental testing, sensing technologies, and analytical methods to evaluate performance, safety, and durability. Key areas include structural health monitoring, experimental mechanics, material characterization, fatigue, vibration, and non-destructive evaluation. The lab addresses challenges such as durability, dynamic performance, and structural degradation, while promoting sensor-based monitoring, data-driven analysis, and real-world infrastructure applications.
Impact
The Structural Engineering Laboratory contributes to improving the safety, reliability, and durability of civil infrastructure through advanced experimental research and testing. Its work supports better understanding of material behavior and structural performance under real-world conditions. The lab enables development of efficient monitoring systems, supports data-driven decision-making, and aids in early damage detection and life assessment of structures. It also enhances academic learning, fosters interdisciplinary collaboration, and provides practical solutions for industry and infrastructure applications.
Virtual Tour
Explore Our Facilities
Take a virtual tour of our state-of-the-art Structural Engineering Research Group facilities, designed to foster innovation and collaboration.
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Research Areas
Explore Our Labs
Heavy Structures Lab
IITH CE Heavy Structures Laboratories provides facilities to conduct conventional tests using the lab’s uniquely large strong floor, reaction walls and variety of actuators and modern instrumentation devices and sensors. The facilities are capable of inducing forces ranging from few newtons to thousands of kilonewtons & measure deformations ranging from a few thousandth of an mm to hundreds of mm.
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Structural Engineering lab
The Structural Engineering Laboratory supports advanced teaching and research in the analysis and behavior of structural systems under static, dynamic, and pseudo-dynamic loading conditions. Equipped with high-capacity MTS pseudo-dynamic test systems featuring hydraulic actuators up to 500 kN, the laboratory enables experimental investigation of strength, stiffness, ductility, and seismic performance of structural components and assemblies.
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Structures Simulation Lab
Computational and experimental simulation of structural behavior under loads.
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Construction Materials Lab
Testing facilities for cement, concrete, aggregates, and other construction materials.
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Structures Mechanics Lab
Experimental facilities for understanding structural behavior and mechanics.
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Material Characterization Lab
Advanced equipment for analyzing the properties and microstructure of construction materials.
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Computational Structural Mechanics Lab
Computational Structural Mechanics Lab (CSML)
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Structural and Fire Engineering Research (SAFER) Lab
Structural and fire engineering Research (SAFER) Lab
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Stochastic Computational Modeling (SCM) Lab
Stochastic Computational Modeling (SCM) Lab
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Condition Assessment and Strengthening of Concrete Laboratory
CastCon Lab - Prof. Suriya Prakash
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Steel Structures Research Group (SSRG)
Steel Structures Research Group (SSRG)
Explore LabLatest Updates
Stay updated with the latest news, events, and announcements from our department.
Seminar
6 Feb 2026
Recent trends in Bridge Engineering
Mike Schlaich is a leading structural engineer, partner at schlaich bergermann partner, and Chair of Conceptual and Structural Design at the Technical University of Berlin. An expert in lightweight and long-span structures, he has delivered award-winning projects worldwide and is internationally recognized for his innovative, holistic approach to structural design.
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Workshop
14 Dec 2025
ANALYSIS AND DESIGN OF PRECAST BUILDING SYSTEMS
This course provides an overview of precast concrete construction, covering industry opportunities and challenges, material durability and sustainability, and the analysis and design of precast systems. It also addresses seismic and wind performance of precast buildings, along with planning, machinery, and quality control aspects involved in large-scale precast fabrication and erection.
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Workshop
17 Jul 2025
Workshop on Machine Learning for Engineers (MLE 2025)
There will be a hands-on activity with coding to understand how ML techniques work for solving engineering problems. - Introduction to ML - Regression models - Gaussian process model - Classification models - Clustering - Dimensionality reduction - Solving engineering problems with ML - Hands-on training with coding
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