01
Structural Engineering
Analysis, behaviour and performance assessment of structural systems under different loading conditions, with emphasis on reinforced concrete structures.
STRUCTURAL ENGINEERING • RESEARCH • INNOVATION
Hi, I'mManish Deo.
Structural Engineer &Researcher
M.Tech Structural Engineering student at NIT Rourkela with research interests in earthquake engineering, structural strengthening, FRP-reinforced concrete structures, finite element modelling, structural resilience and emerging AI applications in civil engineering.
CURRENT RESEARCH
FRP-Strengthened RC Members
Experimental investigation of reinforced concrete members strengthened using FRP systems, with emphasis on structural response, strengthening effectiveness and failure behaviour.
Earthquake EngineeringStructural response & resilience
AI + StructuresEmerging research applications
RESEARCH INTERESTS
Understanding structures.
Solving complex problems.
My academic interests lie at the intersection of structural engineering, resilient infrastructure, experimental research and computational methods.
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Earthquake Engineering
Interest in seismic behaviour, structural response and the development of resilient structural systems for earthquake-prone regions.
03
Finite Element Modelling
Numerical modelling and simulation of structural systems to understand their behaviour, response and damage mechanisms.
04
AI in Civil Engineering
Exploring the potential of machine learning and data-driven approaches for structural engineering analysis and research.
SELECTED RESEARCH
Research questions I'mworking on.
COMPOSITE STRUCTURES2026
Performance Evaluation of FRP Bridge Decks under Eccentric Wheel Loading
Finite element investigation of laminate configuration, eccentric loading positions and progressive damage behaviour in FRP bridge deck panels.
Seismic Performance of Braced Buildings with Supplemental Damping
Assessment of structural response using bracing systems, damping devices and probabilistic seismic hazard concepts.
Artificial Intelligence for Structural Engineering
Exploring machine learning approaches for structural response prediction, engineering analysis and intelligent infrastructure.
ACADEMIC PROFILE
From engineeringpractice to research.
I am interested in developing deeper understanding of structural behaviour through analytical methods, numerical modelling and experimental investigation.
My long-term goal is to contribute to structural engineering research focused on safer, more resilient and technologically advanced infrastructure.
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Computational MechanicsFinite element modelling and structural simulation
02
Structural ResilienceSeismic behaviour and resilient structural systems
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Advanced MaterialsFRP and composite structural applications
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Data-driven EngineeringAI and machine learning for structural applications
KNOWLEDGE PLATFORM
Learn.Build.Share.
Beyond research, I use this platform to document technical learning and share useful resources for students and engineers.
RESEARCH • COLLABORATION • OPPORTUNITIES
Interested in structural engineering research?
Explore my research interests, engineering projects and technical work. I am interested in connecting with researchers, academics and engineers working on challenging structural engineering problems.