Knowledgeable leader with record of accomplishment on diverse construction projects. Translates directives of architects, constructions managers and clients into actionable on-site directives to consistently meet project demands. Expert in tackling problems head-on and maintaining strict standards. Organized and motivated employee eager to apply time management and organizational skills in various environments. Seeking entry-level opportunities to expand skills while facilitating company growth. Hardworking employee with customer service, multitasking, and time management abilities. Devoted to giving every customer a positive and memorable experience. Highly-motivated employee with desire to take on new challenges. Strong work ethic, adaptability, and exceptional interpersonal skills. Adept at working effectively unsupervised and quickly mastering new skills.I’m seeking a challenging and a motivating environment and looking to pursue a position where I can apply my skills and develop my career as petroleum Engineer or Production Engineer or Drilling engineer so that I can enhance and develop my skills optimally. I am looking for chances where I can optimize field recovery, apply soft-wares and simulations to have efficient fields review and enhanced reserves of oil, gas and water injector wells. In addition, maximizing hydrocarbon resources and distribution with applying reservoir simulations, managing sour crude, improving well integrity and control, artificial lifting equipment and ESP running optimization and applications are my ultimate goals.
Awards:
1- Patents:
Smart System to Determine the Impact of Hole Cleaning on ROP. Automated Real Time Hole Cleaning Efficiency Indicators. Automated Real Time Drilling Fluid density. Automated Real Time Equivalent Circulating Density (ECD) of Drilling Fluid. Automated Real Time Hole Cleaning Advisory System. Automated Real Time Transport Ratio (TR) of Cuttings . Practice and Apparatus for Top-Job in Conductor Cementing . Utilizing corrosion inhibitor in cementing mix fluid. METHOD AND SYSTEM FOR REAL-TIME HOLE CLEANING . Hydraulically Driven Hole Cleaning Apparatus (SA9249). An Artificial Intelligent Model to Identify Loss Circulation Incidents in Real Time (SA6573). Hydraulically Driven Cement Flow Rate Enhancer Apparatus (SA9726). Real Time Hybrid Models of Hole Cleaning Monitoring and Advisory System Improving Drilling Operations Efficiency. Real Time Model of Monitoring and Evaluation Surge & Swab Pressures During Drilling Operations . Real Time Model of Drilling Specific Energy Optimizes Drilling Operations Efficiency. Real Time Model of Rig and Bit Hydraulics Efficiency . A new well control methodology for controlling wells during drilling. Real time measurements of physical properties of drilled rock formation during drilling operations. Real time model of evaluation and reduction of carbon dioxide (co2) emission during drilling operations.
2- Publications :
· First Successful Installation of a 4-1/2 Pre-Perforated Liner through a 5-1/2 Solid Expandable Liner (182814-MS). (Conference paper). Approach to Improve Well Drilling Performance (194223-MS). (Conference paper). A Robust Correlation Improves Rate of Penetration (195062-MS). (Conference paper). Optimization of Tripping Speed to Minimize Surge & Swab Pressure (189331-MS). (Conference paper). A New Robust Approach for Hole Cleaning to Improve Rate of Penetration (192223-MS). (Conference paper). A Real-Time Indicator for the Evaluation of Hole Cleaning Efficiency (SPE-196448-MS). (Conference paper). Automated evaluation of hole cleaning efficiency while drilling. (IPTC-19809-MS). (Conference paper). A new Robust Drilling Rate Model. (OTC-29933-MS). (Conference paper). An Engineering Approach to optimize rate of penetration through drilling specific energy. (OTC-30159-MS) . (Conference paper). Automated Evaluation of Rock physical properties to enhance drilling efficiency and reduce non-productive time. (SPE-199625-MS). (Conference paper). A New Automated Cutting Volumes Model Enhances Drilling Efficiency (OTC-30596-MS). (Conference paper). Designing Drilling Fluids Advisory System (SPE-203334-MS). (Conference paper). A Novel Polymer to Create a New Approach of Hole Cleaning (PTC-20122-Abstract). (Conference paper). Carbon dioxide sequestration in underground formations: review of experimental, modeling, and field studies. (Journal of Petroleum Exploration and Production Technology). An Efficient AI Model to Identify Loss Circulation Zones in Real Time. DOI: 10.2118/189321-MS. (conference paper).. An Overview of Unconventional Gas/shale Gas with Two Case Studies Improves Drilling Efficiency and Minimize Non-productive time (2282). Real Time Automation of Cutting Carrying Capacity Index to Predict Hole Cleaning Efficiency and Thereby Improve Well Drilling Performance( 2275). A study of how the best performance of drilling fluid system improve hole cleaning and drilling efficiency (2310). Enhancing drilling efficiency using a new robust drilling rate correlation (2311). Anew automated model of hole cleaning efficiency improves well drilling performance by using carrying capacity index of generated cuttings during drilling (2312). Real time hole cleaning model to enhance drilling efficiency based on transport ratio indicator of generated drilling cuttings (2304). Real Time Automation of Cutting Carrying Capacity Index to Predict Hole Cleaning performance for Improving Drilling efficiency. (ATEC- SPE-206235-MS). A New Rate of Penetration Model Improves Well Drilling Performance (SPE-209943-MS).A New Real Time Prediction of Equivalent Circulation Density from Drilling Surface Parameters Without using PWD Tool (SPE-209945-MS). A New Robust Methodology Improves Rig Performance (SPE-209948-MS). A Novel Automated Model for Evaluation of the Efficiency of Hole Cleaning Conditions during Drilling Operations (https://doi.org/10.3390/app13116464). Automated Hole Cleaning Model for Vertical And Directional Wells Improves Drilling Efficiency (SPE-216460-MS).
Real time wellbore evaluation and advisory System. Real time Hole cleaning Efficiency Indicator. Real time drilling fluid density and equivalent circulating density. Real time Specific energy minimize fuel consumptions and CO2, toxic gases emissions and saving trees. Real time formation damage assessment. Real time physical rock properties. Real time cost per foot for drilling operation to monitor and evaluate the drilling efficiency with optimum time and cost effectiveness.