Civil Engineering + AI + Scientific Computing

Daniel O. X. Medina Quispe (DOX)

Civil engineer and researcher working at the intersection of structural engineering, seismic monitoring, artificial intelligence, and reproducible Python workflows for civil infrastructure.

My current interests are structural health monitoring, seismic isolation, automatic inspection of bridges, and visual computational tools that make engineering models easier to inspect, teach, and reproduce.

Publications Portfolio CV
Daniel O. X. Medina Quispe
Seismic monitoring DeepIsolationNet
3D Virtualization SIBridge
Structural analysis formulation and finite element notation

Research profile

Engineering models, data, and visual evidence for resilient infrastructure.

Structural analysis Matrix methods, dynamics, FEM, and numerical workflows.
Seismic engineering Response spectra, vibration, isolation, and earthquake-resistant design.
Artificial intelligence Machine learning, signal processing, and engineering data.
Scientific computing Python, reproducible scripts, figures, and technical documentation.

Publications in Progress

Active manuscripts and research outputs that will become the first formal publication records of the site.

Primary

DeepIsolationNet

AI-based inspection and monitoring of seismic isolators for resilient civil infrastructure.

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Bridge AI

SIBridge

Automatic damage inspection and assessment of reinforced concrete bridges using UAV imagery.

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Database

TremorBank

Ambient vibration and seismic monitoring records prepared for local and global SHM models.

Vision

Damage segmentation

Semantic segmentation and property retrieval of concrete surface damage from 2D images.

UAV

Flight path automation

Optimization of drone data collection paths for full-size bridge inspection workflows.

Selected Work

A compact entry point to articles, demos, repositories, and teaching material.

Finite Element Method article image
Article

Finite Element Method

A technical introduction to FEM, from historical context to formulation and applications.

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Structural model visualization
Repository

ETABS Killer

Python pipeline for structural data reading, analysis, and visualization from first principles.

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Structural analysis with Python
Course

Structural analysis with Python

Teaching material for stiffness-based analysis and practical computational routines.

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