Medium Voltage Project Management
Resume:
ADEMOLU OLUBAJO
E-MAIL: *********@*****.***
CITIZENSHIP: United States, Nigeria
EXPERIENCE
Cimarex Energy July 2014 – Till Date Midland TX, Electrical Engineer II
Project management of multiple gas wells and gas processing plant electrical projects from scope and cost estimate through onsite contractor supervision and commissioning.
Supervision and Project management of all Electrical production project and load projection.
Supervision of electrical inspectors and technician, including tracking personnel training, investigating safety incidents, and ensuring adherence to safety procedures.
Making recommendation on load flow and motor starting studies, system reliability analysis, symmetrical components, voltage regulation, transformer sizing and analysis and over-current coordination principals and sectionalization devices to include relays, breakers, sectionalizers, reclosers, and fuses, transmission system protection and control, substation design and construction principles.
Electrical transmission, distribution and generation systems in oil & gas or similar environments, Power and distribution transformers, medium voltage switchgear and MCC, large medium voltage motors, high voltage substations, transmission, and distribution lines (480V, 4160V, 12.47KV, 21.6KV, 138KV)
Modeling and analysis of electric distribution, transmission and planning new construction.
Distribution and Transmission line design and analysis using PLS-CADD, ETAP, AutoCAD
ESP, H-pump, VFD, large medium voltage motors, synchronous machines installations.
Design & Engineering, Project Management of substation operation, including monitoring and troubleshooting, site supervision of construction for small gas processing plants, as well as 440 MMSCFD, 200MMSCFD and commissioning.
Programming of GE Multilin Relay 850, 845, 869, PQM II
Utilities Contract review, contractors and Safety and health hazard engineering and QA/QC engineering and Preventative maintenance (PM).
Grounding protection/ integrity and Soil Structure Analysis (CDEGS)
Daily planning, financial, budget, oversee and document all aspects of the specific project specification.
Review bids and define the scope of the project in collaboration with senior management.
Create a detailed work plan, which identifies and sequences the activities needed to successfully complete the project.
Strategic leadership, setting targets, meeting company goals and production standards.
Pipeline ROW, survey, line sweeping and supervision.
Working work facilities Engineers in facilities design.
Develop a schedule for project completion, construction, load projection and effectively allocates the resources to the activities i.e., Compressor station, Batteries, SWD, Electric Rig, Electric fracking.
Manage project staff and/or volunteers according to the established policies and practices of the organization.
Establish a communication schedule to update stakeholders including appropriate staff in the organization on the progress of the project.
Ensure that the project deliverables are on time, within budget and at the required level of quality and specification.
Assess situations to determine the importance, urgency, and risks, and make clear decisions which are timely and in the best interests of the organization.
Determine strategies to move the organization forward, set goals, create, and implement actions plans, and evaluate the process and results.
Assess problem situations to identify causes, gather and process relevant information, generate possible solutions, and make recommendations and/or resolve the problem.
Sheridan Production March 2013 – July 2014 Andrews TX, Electrical Engineer
Making recommendation on load flow and motor starting studies, system reliability analysis, symmetrical components, voltage regulation, transformer sizing and analysis and over-current coordination principals and sectionalization devices to include relays, breakers, sectionalizers, reclosers, and fuses, transmission system protection and control, substation design and construction principles, Electrical reliability and efficiency, power quality.
Power and distribution transformers, synchronous machines, medium voltage switchgear and MCC, large medium voltage motors, high voltage substations, transmission, and distribution lines (480V, 4160V, 12.47KV, 21.6KV, 138KV)
Performs coordination studies, voltage correction studies, load balancing, and power factor correction to optimize the distribution system.
Maintenance of Substation and operation of substation reliability.
Project management of multiple gas wells and gas processing plant electrical projects from scope and cost estimate through onsite contractor supervision and commissioning.
Supervision of electrical inspectors and technician, including tracking personnel training, investigating safety incidents, and ensuring adherence to safety procedures.
Recommendations for short- and long-range system planning and maintains voltage regulation of the Company’s distribution and transmission system.
ESP, H-pump, VFD, large medium voltage motors, synchronous machines installations.
Safety and health hazard engineering and QA/QC engineering and Preventative maintenance (PM).
Layout of electric power substations and distribution lines, Distribution and Transmission line design and analysis using PLS-CADD, ETAP, AutoCAD, Switchgear - Air, Vacuum, GIS applications.
Power management systems, motor protection, electrical SCADA, reclosing operations (SEL applications)
Solar Farm project for 10MW – 40MW
Request power need for proposed locations for new loads and facilities.
Provides support for restoration of power during outages, collects, and analyzes data and work with power companies.
Pipeline ROW, survey, line sweeping and supervision.
Working work facilities Engineers in facilities design.
Ensure that electrical installation and operations meet industry standards and design requirements.
Ensure compliance with NEC codes, American Petroleum Institute (API) recommended practices, IEEE standards and guidelines, Electrical Safety in the Workplace (NFPA-70E), and OSHA safety standards.
Sandridge Energy, Feb. 2011- March 2013, Odessa, TX, Electrical Engineer
Project management of multiple gas wells and gas processing plant electrical projects from scope and cost estimate through onsite contractor supervision and commissioning.
Supervision of electrical inspectors and technician, including tracking personnel training, investigating safety incidents, and ensuring adherence to safety procedures.
Management of substation operation, including monitoring and troubleshooting for small gas processing plants, as well as 440 MMSCFD Century Plant.
ESP, H-pump, VFD, large medium voltage motors, synchronous machines installations.
Making recommendation on load flow and motor starting studies, system reliability analysis, symmetrical components, voltage regulation, transformer sizing and analysis and over-current coordination principals and sectionalization devices to include relays, breakers, sectionalizers, reclosers, and fuses, transmission system protection and control, substation design and construction principles, Electrical reliability and efficiency, power quality.
Recommendations for short- and long-range system planning and maintains voltage regulation of the Company’s distribution and transmission system
Layout of electric power substations and distribution lines.
Layout of electric power substations and distribution lines, Distribution and Transmission line design and analysis using PLS-CADD, ETAP, AutoCAD, Switchgear - Air, Vacuum, GIS applications.
Power and distribution transformers, synchronous machines, medium voltage switchgear and MCC, large medium voltage motors, high voltage substations, transmission, and distribution lines (480V, 4160V, 7200V, 12.47KV, 21.6KV, 69KV, 72KV, 138KV)
Request power need for proposed locations for new loads and facilities.
Provides support for restoration of power during outages, collects, and analyzes data and work with power companies.
Safety and health hazard engineering and QA/QC engineering and Preventative maintenance (PM).
Ensure that electrical installation and operations meet industry standards and design requirements.
Ensure compliance with NEC codes and IEEE regulations, American Petroleum Institute (API) recommended practices, IEEE standards and guidelines, Electrical Safety in the Workplace (NFPA-70E), and OSHA safety standards.
Schlumberger Artificial Lift Sept. 2009- Feb. 2011, Odessa, TX, Artificial Lift Center Technician
Assembly and dismantling (DIFA) of pump, motor, instruments, and gas separator for down-hole operations.
VFD, large medium voltage motors, synchronous machines
ESP installations and troubleshooting of downhole equipment
Root Cause Failure Analysis (RCFA - ESP, VSD, H-pump, Motors)
Preventative maintenance (PM).
Siemens Energy and Automation, Inc., 2007-2008, Chicago, IL, Electrical Technician
Design, layouts, wiring diagrams, and assembly of units.
Panel QC/QA
Panel Troubleshooting, Testing, and commissioning
Pro Staff Onsite at Boston Scientific, 2007, Minneapolis, MN, Installation Technician
Assembly of Medical Devices
Covenant plus Eng. Ltd Lagos, Nigeria. 1998-2002; 2004–2005, Nigeria, Site Supervisor/ Installation Manager
Maintenance of electrical network systems – HV and LV and control panels.
Performed the installation and management of multiple generators and control systems, fire detection, protection, and alarm panels, large medium voltage motors, synchronous machines
Design and supervision on HV and LV line and substation installations, switchgear low voltage, medium voltages, High voltages (GIS, SF6 – gas and oil)
UPS systems, low and high resistance grounding systems, circuit breakers, power, and distribution transformers,
Safety and health hazard engineering and QA/QC engineering and Preventative maintenance (PM).
Load flow, short circuit, Arc flash studies and motor starting studies, cable schedule, equipment elevations, panel schedules, and heat trace designed development. Performed voltage drop on electrical systems and circuits.
MCC, large medium voltage motors, high voltage substations, transmission, and distribution lines.
Protective relays, circuit reclosers, VFDs, UPS systems, low and high resistance grounding systems, circuit breakers, power and distribution transformers, synchronous machines, medium voltage switchgear and MCC, large medium voltage motors, high voltage substations, transmission, and distribution lines.
Worked on main breaker and transformer protection schematics and wiring diagrams.
Power Holding Turnkey rural electrical transmission and distribution project in rural Nigeria. Power and distribution transformers, high voltage substations, transmission and distribution lines (415V, 11KV, 33KV, 132KV, 138KV), Switchgear – SF6, Air, Vacuum, GIS applications.
Odua Telecommunication, 2002-2004, Nigeria, Base Station Installation/Operation Manager
Installation and configuration of fixed wireless base station and remote station.
Service and Technology Convergence- Voice, Data, VOIP, EPC
Power quality and Power management of all equipment
Distribution and power installation of transformers for the base station
Education
Electrical Electronics Engineering, Federal Polytechnic Ado-Ekiti, Nigeria, 1990 – 1996 (BSC)
UTI, Chicago, IL, Automobile / Diesel Technician, 2007-2009
MBA – master’s in business administration
MBA - master’s in project management
Working on obtaining PE license.
Skills/Certifications
Microsoft Certified Professional (MCP)
608/609 Certification
AVO Substation Maintenance I & II
OFS-TRAINING PROGRAM – SEPT. 2009
AutoCAD, Maximo, Site View, PLS-CADD, Autodesk
SKM, ETAP, Milsoft, Easy Power
SEL controls, protection, monitoring equipment’s.
GE Multilin Relays
Conference Speaker
American Business Conference: Powering onshore oil and gas facilities – Houston 2016 (Optimizing economics models, reliability & uptime performance)
i)Economic Models: Examining the Total Cost of Ownership, Reliability & Uptime Performances for Utility & Non-Utility Power Solutions for Low to High Voltage Applications for oil field equipment’s.
ii)Permanent Electric Power for Large Consuming Sites: Examining the Economics & Procedures for Working with Utilities to Design, Implement & Execute Electrical Distribution Systems for Large Consuming Sites.
iii)Non-Utility Solutions: Low Voltage & Remote Site Facilities: Providing Validated Cost Modelling Techniques for Non-Utility Solutions to Determine the Economics & Reliability of Low Voltage Power System Applications.
iv)Gas-Driven Power Solutions: Revenue Streams Vs. Expense Streams for Re-Using Natural Gas, Diesel, Dual Fuel or Gas Turbines for Power: Gas Quality Parameters, Gas Infrastructure, Fuel Expenditure, Operating Costs, Reliability & Maintenance.
v)Regulatory Landscape & Energy Efficiency: Examining the Impact That Tightening EPA Emission Regulations & Air Quality Permits Will Have On Power Facilities and The Opportunities for Creating Effective Performance Standards
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