Specialising in steel and reinforced concrete design for complex buildings and bridge infrastructure — with 6+ years of experience across international codes and performance-based methodologies.
I'm Akansha Subedi, a structural engineer based in Bangkok, Thailand, with a Master's degree in Structural Engineering from the Asian Institute of Technology.
My work spans steel-framed buildings, reinforced concrete structures, and bridge infrastructure, with a particular focus on performance-based design and advanced non-linear analysis. I've worked across Nepal, Thailand, and internationally — applying codes from ACI, Eurocode, ASCE, AISC, and local Thai and Nepali standards.
Whether it's a hexagonal steel residential building on Koh Phangan or a 93-storey RC skyscraper for my thesis, I approach every project with the same precision: rigorous analysis, optimised design, and clear documentation.
Click any project to explore the full scope, methodology, and tools used.
Custom hexagonal steel column sections, base plate design, and shallow isolated footings for a unique residential structure on Koh Phangan.
Complete structural modelling, analysis and design of a steel truss roof with HSS columns for an indoor sports facility including a wall-climbing structure.
QA testing for CSiBridgeET — modelling, design and verification of 9 PT concrete deck bridges with PSC girders and pile foundations across 3 software platforms.
Master's thesis investigating the effect of performance-based wind design on seismic design — comparing elastic vs non-linear approaches on a supertall RC core-wall building.
Ductile moment-resisting RCC frame with AAC block infill and steel truss roof, designed for a high seismic zone (Zone V) in Nepal.
U-shaped building complex with three connected towers separated by flexible expansion joints — static and dynamic response spectrum analysis for seismic Zone V.
Whether you have a structural project in mind, want to collaborate, or simply want to connect — I'd love to hear from you.
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