Kassel, Hesse, Germany
Exploration geophysicist with focus on prospect evaluation, rock physics and AVO modeling, quantitative interpretation, seismic amplitude / DHI risk analysis. Experience from different areas on the NCS with special focus on the Norwegian Sea. License work in operated an non-operated licenses. Application writing and contribution to major license and APA rounds.
Exploration geophysicist for German/Dutch North Sea - Conducted regional seismic interpretation and depth conversion studies - Occasional evaluation of farm-in offers - Tendered and quality controlled seismic reprocessing projects - Supported and collaborated with OPCOs in form of peer reviews
Development geophysicist for West Nile Delta area, Egypt - Worked with 3D interpretation and depth conversion of deep-water slope canyons and channel complexes - Applied fluid substitution and offset synthetic modeling to assess AVO effects - Collaborated with the Operator in seismic processing and acquisition projects - Supported colleagues of the Egyptian OPCO on project basis
Various technical support for BU Norway in license work and APA rounds. Main focus: - Coordination of Dønna area team - PL211 CS Adriana/Sabina discovery evaluation and appraisal well planning/follow up - Prospect evaluation, rock physics and AVO modeling, quantitative interpretation, seismic amplitude / DHI risk analysis - Geophysical support for Wintershall Dea wide QA/QC team
Senior exploration geophysicist - Evaluating near field exploration potential around Zidane and Knarr discoveries in close cooperation with colleagues from production department - Supervising Operator work programs as EC member in non-operated licenses on Tampen Spur and Halten/Dønna Terrace - Evaluating prospects in operated licenses - Analyzing prospectivity for the 23rd round (Barents Sea SE) including regional interpretation and prospect evaluation
Development geophysicist in Zidane project team - Compiled geophysical content and wrote corresponding chapter for Zidane PDO report - Interpreted subtle/sub-seismic faults to assess reservoir segmentation/connectivity - Applied acoustic impedance inversion to predict porosity distribution - Assessed depth conversion uncertainty by implementing a range of different velocity models