Blog

4 Min. Lesezeit

Colombia's National Disaster Risk Management System, Explained

How Colombia's National Disaster Risk Management System works: its legal foundation, three pillars, and how the municipal level fits the national one.

  • Risikomanagement
  • Normen
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4 Min. Lesezeit

EDAN: How Damage and Needs Are Assessed After a Disaster

What the EDAN methodology is, how damage and needs get assessed after a disaster in two stages, and what data actually gets collected in the field.

  • Risikomanagement
  • Normen
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4 Min. Lesezeit

What to Do in an Earthquake: Before, During, and After

A practical, technically grounded guide to what to do before, during, and after an earthquake, explained through structural engineering, not just common sense.

  • Seismik
  • Risikomanagement
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4 Min. Lesezeit

NSR-10: Current State of Colombia's Seismic Code and What's Coming

What Colombia's NSR-10 seismic code is, how its titles A-K are organized, why it gets revised periodically, and how it applies in real structural design.

  • Normen
  • Tragwerk
  • Seismik
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4 Min. Lesezeit

Structural Engineering: The Principles Behind Why a Structure Doesn't Fall

Dead, live and seismic loads, limit states, ductility and structural redundancy: the fundamentals behind why a structure doesn't collapse.

  • Tragwerk
  • BIM
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3 Min. Lesezeit

Telematics and Predictive Models: How ML and Deep Learning Read Real-Time Data

Real differences between classical machine learning and deep learning for sensor time series, with a predictive pipeline example from telematics.

  • KI
  • Data Engineering
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3 Min. Lesezeit

Data Analytics in Geodesy: From GNSS Point to Ground Deformation Model

How a data pipeline turns raw GNSS and InSAR observations into a ground deformation model useful for early geotechnical monitoring.

  • Geointelligenz
  • Data Engineering
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4 Min. Lesezeit

Drainage Works: Why Properly Managing Water Defines a Structure's Lifespan

Surface vs. subsurface drainage, design discharge, return period, and why poorly managed water is the root cause behind most geotechnical failures.

  • Hydraulik
  • Geotechnik
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4 Min. Lesezeit

Erosion Control Works: How Civil Engineering Stabilizes Terrain

A practical catalog of erosion control works (gabions, retaining walls, bioengineering, check dams) and the engineering criteria for choosing between them.

  • Geotechnik
  • Hydraulik
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4 Min. Lesezeit

Mass Movements: Types, Causes, and How They're Classified

Geotechnical taxonomy of mass movements: falls, slides, flows, and creep, along with their most common triggering mechanisms.

  • Geotechnik
  • Risikomanagement
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4 Min. Lesezeit

Seismic Early Warning Systems: Winning the Seconds That Save Lives

How seismic early warning systems work: sensor networks, real-time data pipelines, and the mechanism that exploits the P-wave/S-wave velocity gap.

  • Seismik
  • Risikomanagement
  • Data Engineering
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4 Min. Lesezeit

Earthquakes: How They Form and Why Colombia Lives With the Risk

How earthquakes are generated, the plate tectonics behind them, and why Colombia, and the Cauca Valley in particular, lives under high seismic hazard.

  • Seismik
  • Risikomanagement
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