We are proud of our adventurous spirit in exploring unmarked terrain in the subsurface with innovative numerical tools. Be it for purposes of site characterization, management, mining etc., we develop custom-tailored numerical routines and software solutions. Our 3D spatial information and visualisation systems are popular for project planning tasks.
Our services:
- Conceptualization and fabrication of new software solutions for given objectives
- Development and implementation of algorithms, process descriptions and process models with advanced numerical techniques
- Parallel programming for multi-processor computers
- Cross-platform development
- Generic and object-oriented program architecture
- Code extensions and adaptations in line with current developments in computing technology
- User-interface design and integration of interfaces to other programs
- Building project-specific spatial information and data management systems
- 3D visualizations with animations or interactive walk-through models
- Code maintenance
A selection of our products:
- Multisim: Database-supported multi-user software tool for the design, analysis and diagnostic interpretation of hydraulic well tests
- VPAC – Versatile Performance Assessment Code: Computational code to model radionuclide transport in 3D through the nearfield and geosphere of a geological repository
- GED – Groundwater Energy Designer: Design tool to study the impact of groundwater-coupled heat pump or cooling installations on the natural temperature and flow field
- Damosy – Dam Monitoring System: Database-supported multi-user data management system for the visualization and statistical analysis of measurement records
- ERAM-SIS: Spatial information system for the interactive 3D visualization of a mine’s underground structures with integrated database
- Kafka: Compartment model for two-phase flow and transport computations for a converging deep geological repository
- Magics: 3D automatic, interactive mesh generator for the simulation of hydro-systems with finite elements, finite volumes and mixed hybrid finite elements