Aarhus Workbench

Aarhus Geosoftware

Professional software solutions for processing, inversion and visualization of geophysical data.

Aarhus Workbench


Aarhus Workbench is a unique and comprehensive software package for processing, inversion, and visualization of geophysical and geological data. The package integrates all steps in the workflow from handling the raw data to the final visualization and interpretation of the inversion models.
The Aarhus Workbench package includes dedicated data processing modules for many geophysical data types and an integrated GIS platform. It uses the robust and fast inversion.

Key Features:

Visualization and interpretation:

  • Import, process and invert data from airborne and ground based geophysical EM and ERT systems.
  • Fully developed processing tools and filters.
  • Import of DEM maps and use elevation in the inversion.
  • Import of borehole lithology and geophysical logs.
  • Integrated GIS interface.
  • Visualization of data on GIS interface, themes, profiles, 3D viewer and PDF reports.
  • QC visualization tool for evaluation of inversion results
  • LCI, SCI, Cole-Cole, CPA & MPA inversion with AarhusInv inversion code.
  • Aarhus Batch Inversion – use servers for inversion jobs

Visualization, QC evaluation and geological interpretation of inversion results is done using the GIS interface and is integrated with the processing tool, cross sections, PDF report tool and 3D viewer with thresholding, volume cutting and video recorder.

GIS themes:

• Geophysical theme maps, e.g. mean resistivity, elevation of geological interfaces, etc.
• Gridding of themes using Kriging or inverse distance interpolation, including semi-variogram analysis.
• Visualization of theme maps as colorized points or grid images.
• Quality check of inversion results with model quality tool.


Cross sections:

Essentials: Basic module for Aarhus Workbench with GIS interface, which includes import of borehole and geophysical logs, visualization, QC, 3D viewer, PDF report tool and SCI inversion and visalization of SPIA TEM data.
Airborne TEM: Support several airborne TEM systems. E.g. SkyTEM, VTEM, AEROTEM, SPECTRUM, TEMPEST etc.
Airborne HEM: Supports all coil configurations for airborne HEM systems such as the Resolve system.
GCM: Supports all coil configurations for GCM
instruments such as DUALEM, GEM2, CMD Explorer and EM31.
DC/IP: Full developed processing tool with1D/2D ERT/IP Cole-Cole, CPA and MPA inversion methods.
Groundbased TEM: For towed TEM systems such as the tTEM system.
Streamed ERT: For waterborne ERT survey. Include water resistivity and depth as inversion parameters.

• Create sections by drawing directly in the GIS-map or based on survey flight lines.
• Resistivity models displayed as bars or interpolated filled sections, combined with depth of investigation (DOI) information.
• Borehole lithology as bars and geophysical logs for easy correlation.
• Digitization of layer interfaces for geological interpretation.
• Extended label options for resistivity bars and boreholes.
E.g. projection distances, lithology etc.

Contact Us

For any questions, support or sales quotes, please fill the contact form or the emails below. We will get in touch shortly.


General: info@austhaigeophysics.com

Equipment Sales: sales@austhaigeophysics.com

Social Media

  • This field is for validation purposes and should be left unchanged.