AL-ROUSAN ENGINEERING CONSULTING
Methods selected for the engineering question.
Field evidence, technical modelling and multidisciplinary analysis support each commission.
Software, modelling & analytical tools
The tools below are confirmed by the office as used by its team. Software supports professional judgement; the appropriate method, assumptions and outputs depend on the assignment.
Review throughout the assignment
Define the scope and data needs, check assumptions, coordinate specialist inputs, and review outputs with the client.
| Work area | Software & tools |
|---|---|
| Structural analysis & design | SAP2000 · ETABS · SAFE · RFEM |
| Hydrology & hydraulics | HEC-HMS · HEC-RAS |
| Dam seepage & slope stability | GeoStudio — SEEP/W · SLOPE/W |
| Civil design, excavation & fill quantities | Civil 3D · Global Mapper |
| Agricultural & climate analysis | CROPWAT · AquaCrop · DSSAT · Google Earth Engine |
| GIS & spatial analysis | ArcGIS Pro · QGIS · Google Earth Pro |
| Environment & resource management | ArcGIS · QGIS · ENVI · SNAP · WEAP |
| Digital field data collection | KoboToolbox · ODK · SurveyCTO |
| Statistical analysis | SPSS · Stata · R · Excel |
| Economic & financial analysis | Excel · @RISK · Crystal Ball |
| Markets & value chains | Excel · Power BI · SPSS · Stata |
| Data analysis & presentation | Power BI · Tableau · Excel |
| Reporting & documentation | Word · Excel · PowerPoint · Adobe Acrobat |
Field and office resources
Two total stations with accessories, GPS surveying equipment, four office laptops supplemented by consultants’ computers, and two vehicles supporting project work.
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