The objectives of the company’s exploration and production activities are to manage the commercial interests in exploration and production and to contribute to the security of supply and the exploitation of reserves. Further developments to contribute to value creation occur through exploration and production of oil and gas in the countries surrounding the North Sea. The Petrophysics Main Responsibilities include: Reservoir development -Provide consistent and detailed petrophysical interpretations of operated and non-operated fields -Support Petroleum Engineering with conventional and special core analysis; integrate core data in petrophysical models -Generate saturation height models based on capillary pressure functions and log responses -Liaise with reservoir geologist, geophysicist and reservoir engineer to ensure consistency in evaluations -Provide petrophysical zonation, zone statistics and petrofacies as input to shared earth models used for Production & Development plans -Quantify statistical uncertainty of petrophysical evaluations -Participate in multi-discipline well planning and the development of reservoir models -Perform fluid substitution modelling for seismic characterisation -Mapping salinity variations Software/IT - data management -Monitor the development of petrophysical software in the industry -Develop purpose made routines in the corporate software Technical and scientific developments -Follow and evaluate the development of new logging techniques as well as new scientific progress in the oil industry -Participate in courses and workshops for personnel to maintain state of the art knowledge within the area of responsibilities Qualifications / Experience: The following skills, qualifications and experience are required: -Bachelor of Science, or higher, in Engineering, Geology or equivalent -Minimum of 5 years experience in Petrophysics and with logging & testing operations. -Wireline data acquisition, QC and follow up. -Quicklook, standard and complex formation evaluation. -Data integration, including mud logs, pressure data, geological data and core data. -Planning and interpretation of experimental rock properties data. -Use of international and internal standards and best practices. -Evaluation and implementation of capillary pressure data. -Basic statistics including cluster analysis. -Rock physics including Gassmann fluid substitution. -Project database management. -QHSE. -Familiarity with preparation of drilling programs and final well reports. -Familiarity with well site operations. -Understanding coring and core analysis. -Pore pressure prediction/evaluation. -Understanding perforating techniques. -Understanding technical and contractual specifications for tenders and contracts. -Understand the relationship between rock physics and geophysical properties. -Good understanding of reservoir geology and reservoir engineering. -Fluent command of the English language -Knowledge of statistics