Structural Engineering
Analysis, behaviour and performance assessment of structural systems under complex loading conditions.
STRUCTURAL ENGINEERING • RESEARCH • INNOVATION
M.Tech Structural Engineering student at NIT Rourkela focused on earthquake engineering, finite element modelling, FRP bridge structures, structural resilience and AI-driven applications in civil engineering.
Finite element modelling, eccentric wheel loading and progressive damage assessment of composite bridge structures.
AREAS OF INTEREST
My academic interests combine computational structural engineering, resilient infrastructure and emerging technologies.
Analysis, behaviour and performance assessment of structural systems under complex loading conditions.
Seismic response, structural control systems, bracing, supplemental damping and resilient infrastructure.
Numerical simulation of advanced structural systems, composite materials and progressive structural damage.
Exploring machine learning and data-driven techniques for structural engineering research and decision-making.
SELECTED WORK
Finite element investigation of laminate configuration, eccentric loading positions and progressive damage behaviour in FRP bridge deck panels.
Assessment of structural response using bracing systems, damping devices and probabilistic seismic hazard concepts.
Exploring machine learning approaches for structural response prediction, engineering analysis and intelligent infrastructure.
LEARN • BUILD • SHARE
Beyond research, I use this platform to share technical articles, structural engineering concepts, practical learning resources and MCQs for students and engineers.
RESEARCH • COLLABORATION • OPPORTUNITIES
Explore my work, read my technical articles, or connect with me for research discussions and engineering opportunities.