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Research Projects

Computational tools and software projects bridging seismic theory with structural engineering practice — built with C#, ASP.NET Core, and Python.

● 0 Active 3 Completed
C#✦Python✦ASP.NET Core✦OpenSees✦ETABS✦Computer Vision✦Machine Learning✦SHM✦ C#✦Python✦ASP.NET Core✦OpenSees✦ETABS✦Computer Vision✦Machine Learning✦SHM✦
BUILD
Computational research

Every model is a hypothesis.
Every result is new knowledge.

All Projects
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Completed
DynoMass
DynoMass — SDF mass-spring system simulation software
Windows Forms desktop application that simulates the dynamic response of a single-degree-of-freedom (SDF) mass-spring system. Given initial conditions, it computes and plots displacement-time (u-t) behavior.
C#Windows FormsStructural Dynamics
2025
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Completed
SynQuake
SynQuake — synthetic earthquake ground motion generator
ASP.NET Core MVC web application that combines existing earthquake records to generate synthetic ground motions. Designed for research scenarios requiring out-of-real-world or possible-future seismic conditions.
ASP.NET CoreC#MVCGround Motions
2025
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Completed · Offline
SUTIC
SUTIC — online voting and community platform for Sharif University students
Online voting and community platform for students of Sharif University of Technology International Campus (SUTIC). Built with ASP.NET Core to connect students with professors and facilitate campus engagement. Currently offline at the university's request.
ASP.NET CoreC#SQL ServerFull-Stack
2024 — 2025