Consultant - Petrophysicist - Program Design

About Anton Anton is a globally leading integrated oil and gas value-added management service company committed to delivering resource value-maximizing solutions for clients through three core elements: technology, management, and resources. Headquartered in Dubai with a worldwide business footprint, Anton employs approximately 7,000 professionals from over 30 countries and regions. Anton's long-term vision is to become a world-leading green energy technology service enterprise, growing together with clients and talent while driving high-quality development in the energy industry. About the role Position Title: Consultant - Petrophysicist - Program Design Work Location: Kuwait Department: On-sync Energy Management Services Company. Job Responsibilities • Lead advanced formation evaluation using multi-mineral modelling, saturation evaluation, borehole imaging, and integrated petrophysical workflows. • Integrate routine and special core data (RCAL/SCAL), well logs, mud logs, drilling data, and geochemical information for advanced reservoir characterization. • Interpret and integrate LWD, wireline, and mud logging data for real-time formation evaluation and operational decision-making. • Provide real-time petrophysical interpretation and technical support during drilling operations, including complex, deviated, horizontal, and HPHT wells. • Integrate TOC, pyrolysis, mineralogy, and other geochemical data to evaluate unconventional reservoirs and hydrocarbon storage mechanisms. • Evaluate SCAL datasets, including capillary pressure, adsorption/desorption, and other reservoir properties. • Develop water saturation models, saturation-height relationships, capillary pressure models, and net-pay estimates. • Build and calibrate Mechanical Earth Models (MEM) using core and well-log data and support pore-pressure prediction and fracture analysis. • Interpret borehole image and acoustic data to assess stress orientation, fractures, and geomechanical properties. • Provide geomechanical input for well placement, completion design, and hydraulic fracturing optimization. • Evaluate TOC, brittleness, reservoir quality, and other parameters to identify unconventional reservoir opportunities. • Interpret cased-hole logging, production logging, saturation monitoring, and reservoir surveillance data to support reservoir management. • Provide conditioned petrophysical inputs for static and dynamic reservoir models and support integration with seismic and inversion workflows. • Perform log conditioning, environmental corrections, quality control, and validation of petrophysical data from multiple sources. • Quantify petrophysical uncertainties and conduct sensitivity studies and Value of Information (VOI) assessments to support data acquisition and technical decisions. • Apply advanced analytics, machine learning, digital workflows, and emerging formation evaluation technologies to improve interpretation and decision-making. • Lead technical reviews, contribute to workflow standardization, and drive continuous improvement in petrophysical practices. • Provide technical coaching, mentoring, and knowledge transfer to junior petrophysicists and other subsurface professionals. • Collaborate effectively with geologists, geophysicists, reservoir engineers, drilling, completion, and other multidisciplinary teams. Qualification Requirements • Bachelor’s degree in Geology, Petroleum Engineering, or a related discipline; Master’s degree is preferred. • Minimum 15–20 years of Upstream Oil & Gas petrophysical experience, preferably with an operating IOC or NOC. • Minimum 5 years of active Operations Petrophysics experience, including complex onshore/offshore, HPHT, deviated, and horizontal wells. • Extensive experience across carbonate, clastic, conventional, and unconventional reservoirs. • Advanced expertise in formation evaluation, multi-mineral modelling, saturation analysis, and petrophysical interpretation. • Proven experience with LWD, wireline, real-time formation evaluation, mud logging, and geochemical data integration. • Strong knowledge of Mechanical Earth Modelling (MEM), pore-pressure prediction, borehole image interpretation, fracture characterization, and geomechanics. • Extensive experience with SCAL, TOC, geochemical characterization, saturation-height modelling, and capillary pressure analysis. • Experience supporting well placement, completion design, hydraulic fracturing, and unconventional reservoir evaluation. • Strong ability to integrate petrophysical data with seismic interpretation, static geological models, and dynamic reservoir models. • Experience applying digital workflows, advanced analytics, machine learning, and emerging petrophysical technologies is highly desirable. • Strong analytical, problem-solving, conceptual thinking, communication, leadership, and stakeholder-management skills. • Proven ability to lead multidisciplinary teams and coach and mentor junior technical professionals. • Structured, methodical, and results-oriented approach to complex technical challenges. 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Bachelor’s degree in Geology, Petroleum Engineering, or a related discipline; Master’s degree is preferred. Minimum 15–20 years of Upstream Oil & Gas petrophysical experience, preferably with an operating IOC or NOC. Minimum 5 years of active Operations Petrophysics experience, including complex onshore/offshore, HPHT, deviated, and horizontal wells. Extensive experience across carbonate, clastic, conventional, and unconventional reservoirs. Advanced expertise in formation evaluation, multi-mineral modelling, saturation analysis, and petrophysical interpretation. Proven experience with LWD, wireline, real-time formation evaluation, mud logging, and geochemical data integration. Strong knowledge of Mechanical Earth Modelling (MEM), pore-pressure prediction, borehole image interpretation, fracture characterization, and geomechanics. Extensive experience with SCAL, TOC, geochemical characterization, saturation-height modelling, and capillary pressure analysis. Experience supporting well placement, completion design, hydraulic fracturing, and unconventional reservoir evaluation. Strong ability to integrate petrophysical data with seismic interpretation, static geological models, and dynamic reservoir models. Experience applying digital workflows, advanced analytics, machine learning, and emerging petrophysical technologies is highly desirable. Strong analytical, problem-solving, conceptual thinking, communication, leadership, and stakeholder-management skills. Proven ability to lead multidisciplinary teams and coach and mentor junior technical professionals. Structured, methodical, and results-oriented approach to complex technical challenges.

Lead advanced formation evaluation using multi-mineral modelling, saturation evaluation, borehole imaging, and integrated petrophysical workflows. Integrate routine and special core data (RCAL/SCAL), well logs, mud logs, drilling data, and geochemical information for advanced reservoir characterization. Interpret and integrate LWD, wireline, and mud logging data for real-time formation evaluation and operational decision-making. Provide real-time petrophysical interpretation and technical support during drilling operations, including complex, deviated, horizontal, and HPHT wells. Integrate TOC, pyrolysis, mineralogy, and other geochemical data to evaluate unconventional reservoirs and hydrocarbon storage mechanisms. Evaluate SCAL datasets, including capillary pressure, adsorption/desorption, and other reservoir properties. Develop water saturation models, saturation-height relationships, capillary pressure models, and net-pay estimates. Build and calibrate Mechanical Earth Models (MEM) using core and well-log data and support pore-pressure prediction and fracture analysis. Interpret borehole image and acoustic data to assess stress orientation, fractures, and geomechanical properties. Provide geomechanical input for well placement, completion design, and hydraulic fracturing optimization. Evaluate TOC, brittleness, reservoir quality, and other parameters to identify unconventional reservoir opportunities. Interpret cased-hole logging, production logging, saturation monitoring, and reservoir surveillance data to support reservoir management. Provide conditioned petrophysical inputs for static and dynamic reservoir models and support integration with seismic and inversion workflows. Perform log conditioning, environmental corrections, quality control, and validation of petrophysical data from multiple sources. Quantify petrophysical uncertainties and conduct sensitivity studies and Value of Information (VOI) assessments to support data acquisition and technical decisions. Apply advanced analytics, machine learning, digital workflows, and emerging formation evaluation technologies to improve interpretation and decision-making. Lead technical reviews, contribute to workflow standardization, and drive continuous improvement in petrophysical practices. Provide technical coaching, mentoring, and knowledge transfer to junior petrophysicists and other subsurface professionals. Collaborate effectively with geologists, geophysicists, reservoir engineers, drilling, completion, and other multidisciplinary teams.