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Click here or scroll down to respond to this candidate4331 weber St., apt-311, Fort Worth, TX 76106Mobile: PHONE NUMBER AVAILABLEEMAIL AVAILABLEEducation:Ph.D. in System Engineering ABD (Electrical & computer - control systems) (Street Address 2001,Oakland University, Rochester, Michigan).Master of Science in Mechanical Engineering. (M.S.ME), Dec 1989.Wayne State University (W.S.U.). Detroit, Michigan, (Advanced Fluid Mechanics and Control).Bachelor of Science in Mechanical Engineering. (B.S. ME), May 1985. University of Detroit (U. of D.).Business Administration Management in small enterprise projects, and program and business management experience and certification, Dec 1987, UNDP Certificate Italy.Qualification Profile:Highly talented and qualified in product development for Rotating Equipment design, such as shale Oil and Gas Fracture Pumps 600HP, 1000HP, 2250HP, 2500HP, 3000 HP, 5000HP Adapted Electrical Motor and Turbine engine as input power.designed, fluid ends design and development, Pipes Transmission distribution, valves, seals design, field Fracture drilling, high-pressure drilling equipment such as downhole, pipes drilling operation design Engineering project management, Facility Engineer project management, Drilling fluid, Mud fluid mechanics, management system and testing to minimize formation and drilling fluid improvement.Reservoir assessment planning such as well product development Frac pumps fluid end for fracturing. Designed testing equipment and new product full control system design & electrical drive motors including sales and marketing products. Developed new durable Hydrogen compressor dual piston model.Downhole drilling, Hydraulic systems, completion & fishing tools pump truck, blender, and coil, rigs & cranes, and trucks built with engines and transmission, including hardware development. Eager to learn new products and technology, both onshore and offshore Drilling Rig operations, I & C control, process & Equipment Subsea Riser Systems. Project management Dynamic using GP, SOP/POP.Diversified experience in product development and innovation such as rotating equipment, Hydraulic system, Frac pumps, centrifugal, fluid ends oil and gas, field support, fluid drilling dynamics, completion tools, rotating equipment that complies with API 510, 570, 581 codes API 610, API620 & API650, ISO 9001, Solid control equipments, shakers, degas, splitter, Engine vehicle dynamics, Transmission, catalyst, and electro-mechanical system applications. Performed design specifications including performing rotating equipment sizing analyses for turbines, other compression, valves, and pumps, as well as calculating fluid flow. Electro-mechanical & power development/program management. Developed innovative BOP controller.Certified engineer on all engineering such as ASME, FMEA, G8D, System Engineering, reliability in design, TD, DFMEA, REL, ED, PD, PCM, DVP&R ACF, QA/QC inspection, Black and Greenbelt (6 Sigma), SAP EHS Module & including ISO9001. Hold HSE, onshore well worksite, supplement life rules certification & general Safety Orientation. Experience in system engineering fluid controls such as SCADA, DCS, and PLC.Performs economic evaluation and cost estimating including conducting plant, field optimization, and feasibility studies as well as expansion studies for Oil & Gas projects.Coordinates implementation of projects and ensures successful completion of the assigned project phase within the budgeted time and cost constraints with a strong focus on safety and environmental considerations.Performed Project management experience in engineering product design and development for Oil & Gas projects.Developed and validated system safety and reliability to meet program deliverables and requirements based on meeting customer wants, and benchmark targets and requirements.Led product quality to improve the efficiency and productivity of product and processes by utilizing Root Cause Analysis, methods to solve process issues and institute new Preventive and Predictive methods and procedures. Reduced cost and improved product quality through warranty projects for customer satisfaction, increased product market share and improved company profit targets. Facility Engineering manages contract/contractor, JCP, TA.Led QC/QA quality control and validated product and reviewed critical product characteristics and critical process variables to implement sustainable corrective action plans for robust quality. Ensure, identify, and eliminate common causes of product and process variations to improve product durability and reliability.CAD Experience - SolidWorks experienced and Inventor. Release engineering drawings.Project management experience IT, Program manager to define and track product deliverable targets, using tracking to monitor project progress. Task assignment and tracking using JIRA.Has experience with Generation Applications such as Automatic Generation Control (AGC).Has experience with Data Historians such as OSI Soft PI.Multiple experience with programming languages such as Fortran, C++, Java .Knowledge of PL/SQLKnowledge and experience of GE,EMS vendors suite applications, and Automatic generation control (AGC), PLC, Paython.Employment History:SPS and EFTM Engineering Director Drilling Equipments /Fluid Mud Mix - 07/2018 PresentProduct development of Fracture Pumps Triplex 2000HP; Quantiplex 2500HP, solid control and drilling equipment; Design Drilling rotating equipment. Fluid Mechanics control, MWD/LWD, record data using mud balance Schlumberger S/W, and Mud balance, Retorts test for Oil/Water Ratio, and drilling control system stability. Oil-based drilling fluid property mat'l related to emulsion stability and oil wetting capability per API-13B-2 spec, rheology test using Rheometer -a precision multiple speed rotational viscometer designed specifically for field testing the rheological properties of drilling fluids to verify plastic viscosity and yield point of the drilling fluid being tested.Solid control equipments performance monitoring such as degas, shaker, splitters, mud reservoir and MWD measurement, and material stock monitoring.To maximize recovery from existing assets, requiring increasingly complex and challenging reservoirs to be drilled and geosteered. Consequently, reservoir management efforts aimed at maximizing production through optimal wellbore placement require increasingly sophisticated Geosteering capabilities.Geosteering domain Testing and collecting data to monitor in geologically simple reservoirs, conventional Geosteering techniques use simple logging-while-drilling (LWD) sensors to help wellsite geologists place wells in the optimal productive zones. Required to assist in a team effort in placing the well. These tools and techniques require the integration of structure maps, LWD measurements and interpretation, and wellbore survey information to determine the location of the wellbore within the reservoir and the structure of the reservoir.Designed rotating equipment such as Fracture pumps, Mud pumps, shakers, fluid ends, pipes, and valves. BOP-back pressure control using new design approach and technique to prevent failure.Preparing well data sheets; designing and selecting well-head equipment; drawing up drilling programs, taking account of desired production flow ratesObtaining relevant data, carrying out engineering analysis on-site, recommending necessary actions, and writing up reportsMonitoring the daily progress of well operations; keeping track of current daily costs, comparing actual costs with expenditure proposals and recommending cost-effective changes; liaising with specialist contractors and suppliers, such as cement companies or suppliers of drilling fluids; monitoring safety and ensuring the good maintenance of the well.Recommended design modifications to eliminate components and subsystem malfunctions.Focused on repairing equipments and worked on other brands maintaining strong knowledge of issues and appropriate fixes.Located and removed outdated malfunctioning worn components to repair refurbished or replacec with new parts.Participated in continuous improvement program to confirm quality of repair performed.Inspect and repaired equipments to maintain durability and optimal performance.Consultant @ Schlumberger - Texas - Drilling Operation Leader 9/2014 06/2018Drilling Engineering leader. Responsible for drilling operation on site to monitor engineering activity, data collection, Drilling equipment durability and operation to achieve drilling target and achievement in time.Collect Mud and fluid data control and data collection to improve drilling performance on field.TSC Offshore Corp Engineering Technical Product Development Manager -Drill Equipment, Rigs, Cranes, Solid Control & Frac Pump Houston, TX: June 01, 2012 9/2014 : Product Development Senior Engineer and Unit Support Engineer, Discipline Engineer Manager for Rotating Equipment such as Fracture pumps, fluid ends, pipes, valves. Designed, developed, and drilling operating such as fracture and treatment. Design and analysis of Fracture Pump TWS2250HP and QWS2500HP, including electrical drive motors from concept design including fluid end to produce drawings for manufacturing, production, and assembly by using SolidWorks tools. Mud pumps design, fluid flow & lubrication schematics, and product improvement. Lead Project management.Developed Fracture pump products 2250HP and 2500HP, including manufacturing process and launch, evaluated and installed, operated, and maintained mechanical rotating equipment, shakers, downhole tool products, equipment, systems, and processes to meet client requirements, applying knowledge of engineering principlesAnalyzed customer application proposal completion tools, Rigs and Crane, completion tools, specifications for Oil and Gas well Frac pump requirements.Developed pressure limit requirements for fluid end application requirements.Designed and developed Fluid end size range from 33/4 to 7.5 for various Frac pump applications pressure limits up to 24000 psi.Participated in rigs, and crane, Frac Pumps design, electric motors for shale testing, specifications, service manual and manufacturing requirements for Frac Pumps production requirements.Developed hydraulic Dura-prove leak design and improved fluid end life cycle with optimized material composite Led product quality to improve the efficiency and productivity of product and process by utilizing Root Cause Analysis, methods to solve process issues, and institute new Preventive and Predictive methods and procedures. Reduced cost and improved product quality through warranty projects for customer satisfaction, increased product market share and improved company profit targetsLed QC/QA quality control, validated product, and reviewed critical product characteristics and critical process variables to implement sustainable corrective action plans for robust quality. Ensure, identify, and eliminate common causes of product and process variations to improve product durability and reliability, and manufacturing process.Gardner Denver Engineering Project Manager - Water Jetting (Oil and Gas) September 05, 2011 May, 2012Developed Jetting product integration including design improvement for Frac Pumps, Fluid end Power end applications, pressure vassal, Pipe design and developed material, design specifications and service.Responsibilities of Frac Pumps specifically fluid pumps gear pumps Provide technical assistance during FAT (Factory Acceptance Testing) and SIT (System Integration Testing) Requirements. Develop Pump test setup with full monitoring system.Designed and integrated automatic water jetting Frac Pump Developed water jetting test setup applications for various applications using OPT22 programs for pump testing and auto frottage.Provided engineering support in Oil field operations, system engineering and integration of pump compatibility with power. Product design improvement such as develops research project and testing.Consultant Engineering Project Manager April, 2011 Sep, 2011 TE Downhole for Oil industries & Total Equipment and Services: (Engineering Team Leader) - TexasLead Oil drilling Service Equipment makeup and breakout bucking and test equipment design and technical support to resolve engineering issues including design improvement. Lead downhole drilling, completion & fishing tools, rigs, and cranes, Hydraulic fracturing and completion, Resolve downhole drilling hydraulic and fishing tool design improvement and efficiency for installation, material property robustness and verifications. Lead new Power end 2250 HP Pump product design and technical support to resolve engineering issues including design improvement for new high-pressure Triplex pumps power end applications from concept to production.Lead field drilling equipment trucks design-build and services for Frac Drilling Pump, cementing, fracturing, sand control, mixing, natural gas compression transportation system such as Twin Fluid Pump uses two deck mounted diesel engines to drive the fluid pump for Oil drilling customers such as BJ, C&J, Halliburton, Schlumberger, ..Etc...Lead Reservoir, tanks grinder and blender design and build of 1330 HP Trailer Mounted Twin Fluid Pump uses, Detroit diesel and Cummins Engines with Allison HD4700 Transmissions, Chem-add tanks on deck, triplex fluid pumps, and integrated customer-supplied Data Acquisition System.Ensures root cause analyses are completed for failures related to products and services and informs customer of the relevant findings and actions.Collaborates with R&E to resolve technical challenges and recommends improvements to products and services.Developed Pipeline Layout design hydraulic modeling per API, Pipeline booster pumping stations, Truck, rail and marine facilitiesProactively supports the implementation of corrective measures for product or service failures.Resolves customer operational conflicts in a professional, ethical manner.Manages daily pricing and invoicing according to the contract terms.Ensures all critical data required to complete daily customer reports is accurate.Manages all project reporting requirements as specified by the customer.Completes and delivers the final project recap report to the customer.Evaluates the project drilling performance data against relevant benchmark data for the delivered products or services, and reports the performance results.Weir Oil and Gas (SPM): VI Engineering Product Manager Fort Worth, TexasOctober 05, 2009 April, 2011Designed new product integration including design improvement for Destiny Pumps, Power end applications TWS600S, QWS900S, TWS2250, QWS2500, BJ 3000 and QWS3500 pump, including fluid ends, Valves (check, butter fly, chock), pressure vassal, Pipe design HVAC cooling and developed material, design specifications and service. Field experience in supporting construction and start up activities with timely advice, and co-ordination with various engineering disciplines and resolution of problems.Designed a new Destiny pump test setup, Chiller, shell and tube heat exchanger, cooling and fluid end Valves (check, butter fly, chock), setup requirements for both mechanical and Hydraulic drive. Registered two Patents (069JB.044290, 02393644, 02393844 & 02395158).Provided engineering support in Oil field operations, system engineering and integration of pump compatibility with power. Provided technical support to multi-task projects in both research and test laboratory operation projects. Supported water pumps and fluid ends product improvement such as develops research project and material specimens tests and Assisted in field failure concern issues.CAD Experience - Solid works experienced and Inventor for pump parts design.Measure viscosity, Mud balance, Retorts test for Oil/Water ratio, Chloride, Alkalinity and water hardness, HTHP, electric stability - oil based drilling fluid property mat'l related to emulsion stability and oil wetting capability per API-13B-2 spec, rheology test using rheometer is a precision multiple speed rotational viscometer designed specifically for field testing the rheological properties of drilling fluids to verify plastic viscosity and yield point of the drilling fluid being tested. Certified for EHS Sap Module.(Consultant) Volvo 3P Electronics System EngineerJuly, 2008 Aug, 2009Developed Software interfaces specifications for Subsystem and system level ECU requirements for diesel, natural gas engine applications including cluster interface communication protocol such as J1939, J1587, and ISO and CAN network.Developed OBDII & EE architecture protocol for the North American market providing customer requested features while taking advantage of common solutions.Ford Motor Company (Total professional experience of 14 years in Ford Motor Co.)July, 1993 September, 2007 (Group Engineering Leader)Designed Engine mechanical components Engine and transmission Hardware including PCM (Powertrain Control Module) (ECU) hardware design (circuit board design, EMC guidelines & CAN layout) and release software and hardware for the truck module applications, and support resolution of PCM HW/SW issues. Ensure Engine development of PCMs, Sensors, Fuel Cell, hardware and vehicle development ECMs to ensure calibration are delivered on time for current and future Gas/ Electric Motor Hybrid control module from design development to production. Air induction, Exhaust system and project management.Accomplished and developed a low level driver monitor software/ hardware interface (Powertrain control module spark duration diagnostic system) . Lab Test and device debug, ATE device test per J750 on Teradyne and XGXlAct as QM for QA/QC monitor and resolve manufacturing feasibility issues. Develop Engine components, Transmission system, & control architecture design and system models.Define system Integrate program targets, developments and deliverable to meet specification and program milestones.Lead team to resolve development, manufacturing quality, reduce cost and validation issues and identify root cause and eliminate the issues. Semiconductor design and release for control module.Develop robust and feasible application and find product solutions to minimize product cost and maximize profitability.Lead product development, Validation, and launch to production including PPA, APQP deliverables for production release.Work with manufacturing to develop Processes and Roles and Responsibilities Matrixes for global projects together with global counterparts to ensure feasible and optimized processes to meet profitable and low reject rates.Coordinate with multiple team manufacturing, customer and testing activities on product progress and report to management, launch status, issues, customer and internal reporting standards.Project manager for F-series program and Lincoln. Project management experience - Program manager to define and track product deliverable targets, using tracking to monitor project progress Task assignment. Using project management program to track program deliverables and progress for achievement to deliver for production.Control and manage budgets including staff use, technology, facility, and equipment requirements or improvements.Developed requirements/specifications; perform model analysis, algorithm development, code generation, and system integration.Design of packaging high-power electrical/electronic modules and high-power distribution systems that are critical to powering a new generation of hybrid and electric vehicles (Packaging Material selection, Thermal/Structural Simulation/Analysis, Bill of Materials, OEM Validation, Global Homologation, Warranty Support, etc.).General Motor Corporation (contract) Powertrain (Hydra-matic) Ypsilanti, Michigan.January, 1991- July, 1993 Design and Release Engineer Automatic TransmissionComplete Responsibilities were Automatic Transmission design valve body, Force Motor, Solenoid, Hydraulic Clutch, Torque Converter, Oil Pump, assembly complete system design solenoid valves, valve body and calibration/model changes and releases (including Valve body, gear sets design) for the 4L80-E Transmission.Power Plant engineer/Oil/Phosphate, Johnson Controls Overseas Operation J. Ph. Mines co.October, 1985- July, 1990Performed engineering analysis and developed recommendations to improve and maintain generating plant efficiency, Refinery Operation, reliability, safety, and environmental and economic performance. Managed the development and implementation of a strategic preventative and predictive maintenance program for the power plant, well in advance for a smooth changeover from commissioning to operation.Preferred experience in Turnaround/Projects leading/supporting role, Strong knowledge in the fundamentals of hydrocarbon/refinery processes preferredProven track record in dealing with complex issues and generating alternative ideasSkills: Solidworks, Inventor, Fluid Mechanics, Modeling, Fluid Dynamics, Fracture Mechanics, Fatigue Analysis, MS Project Management, Stress Analysis, Mud Ware, Blue View, Well Service Testing.I am a US citizenReferences furnished upon request |
