Matthias Zeug

Developing and maintaining a fit for purpose product and service catalog by proactively engaging with business communities, subject matter experts as well as internal stakeholder. Preparing business cases and solution designs by performing business consultancy and identifying and managing business requirements. Responsible for entire service lifecycle management including service level and continuity management as well as provider management and steering. Planning and controlling defined IT team budget.

Implementing applications according to demand specifications and security concept and responsible for IT technical support of such. Ensure operational application availability. Considering application security by active respective patch management. Supporting application enhancement processes during major updates or releases. Being the main contact for technical enquiries to the software vendors. Providing license usage to Application Owner & License Manager. Responsible for IT operations costs of services.

Providing customer support and consultancies with regards to geophysical as well as geomodelling problems on a high level of expertise. Instructing expert level training courses throughout Central Europe.

Supporting clients with the entire cycle of processes within Petrel, covering tasks of data load, quality control, data interpretation, model generation, analysis and volume estimation. Involved in several projects for data management and structural modelling, as well as advanced seismic interpretation. First line support for European customers covering functionalities within Petrel, GeoX and Studio. Presentation of software features onsite as well as online. Certified trainer for various modules of Petrel.

Title of Diploma Thesis: Using magnetic methods for reservoir characterization of the Buntsandstein, Early Triassic, Central Germany". Use of geomagnetic methods to determine a relation between geomagnetic parameters such as magn. susceptibility, natural remanent magnetization and petrophysical parameters, e.g. porosity and permeability. Furthermore, an anisotropic study was used to estimate depositional direction and associated depositional environment of sandstones of the Bockenem A100 core.