Sep 15, 2009 ... Dale McMullin (born March 13, 1955 in Proctor, British Columbia) is a former ice hockey player in the WHA. He played one game for the ...
P2 Energy Solutions
Chief Technology Officer
Halliburton Jan 2017 - Jul 2018
Global Head of R and D -- Upstream Software Applications
Sabre Corporation Jul 2015 - Jan 2017
Vice President of Enterprise Architecture and Governance
Sterlingbackcheck Jan 2012 - Oct 2014
Vice President of New Product Technology
Verified Volunteers 2012 - Oct 2014
Chief Technology Officer
Education:
Colorado School of Mines
Doctorates, Doctor of Philosophy, Computer Science
Caltech
Colorado School of Mines
Bachelors, Bachelor of Science, Engineering
Regis University
Master of Science, Masters
University of Maryland
Skills:
Software Development Software Engineering Integration Engineering Systems Engineering Agile Methodologies Analysis Strategy Program Management Leadership Management Product Management Product Development Enterprise Architecture Software Project Management Project Management Mobile Devices Start Ups Cross Functional Team Leadership Requirements Analysis Business Intelligence Six Sigma Team Leadership It Strategy Data Acquisition Java Enterprise Software C++ Project Planning 3D Visualization Sdlc Soa Architecture Business Analysis Solution Architecture Vendor Management Security Testing Software Development Life Cycle Telecommunications Green Belt
A distribution control center includes a processor operative to receive damaged asset data, the damaged asset data including an identification and assessment of at least one damaged asset of a power grid, process the damaged asset data to associate a repair time with the damaged asset, generate a proposed switch plan, process the proposed switch plan to identify the damaged asset in the proposed switch plan and assigning a priority for repairing the damaged asset, generate switch plan modification data, modify the proposed switch plan to define a modified switch plan, and output the modified switch plan.
A method and system for managing electric grid operation and maintenance are provided. The system includes a work crew locator configured to receive a location of a work crew based on a location of a work vehicle associated with the work crew, a work crew management subsystem, and an asset management subsystem configured to determine repair requirements for electric grid assets and repair times associated with the determined repair requirements. The system also includes an outage management subsystem and a restoration optimizer configured to determine a capable crew to respond to a grid configuration change request where the capable crew includes crew members qualified to perform the change request, tools and equipment required to effect the change request, and a work crew location determined to satisfy a response timing requirement and initiate crew instructions detailing work requirements and actions for the work crew to fulfill the grid configuration change request.
Systems And Methods For Use In Correcting A Predicted Failure In A Production Process
A method for use in operating a production process. A plurality of correction scenarios is determined for a predicted production asset failure. A total cost for each correction scenario of the plurality of correction scenarios is estimated by the computing device based at least in part on a cost of repair and a cost of downtime associated with the correction scenario. One of the correction scenarios is selected based at least in part on the total cost of the correction scenario.
A method for dynamic load profiling in a power network can include receiving static load data in the power network, generating a load forecast from the static load data, generating dynamic load data from data related to distributed assets in the power network and modifying the load forecast based on the dynamic load data for profiling the dynamic load data.
Systems And Methods For Forecasting Electrical Load
Dale Robert McMullin - Canton GA, US Kenneth James Caird - Smyrna GA, US
Assignee:
GENERAL ELECTRIC COMPANY - Schenectady NY
International Classification:
G06F 1/26
US Classification:
700291
Abstract:
Systems and methods for forecasting electrical load are provided. A baseline load forecast for a future time period may be determined by a forecasting system associated with a power utility. As desired, the forecasting system may include one or more computers. Information associated with at least one of (i) a scheduled demand for the future time period or (ii) a planned outage associated with the future time period may be determined by the forecasting system. Based at least in part on the determined information, the forecasting system may modify the baseline load forecast. Based at least in part on the modified baseline load forecast, the forecasting system may generate a bid contract for the future time period.
Systems And Methods For Synchronizing Switching Within A Power Distribution Network
Systems and methods for synchronizing switching within a power distribution network are provided. A switch plan for restoring electrical power to a power distribution network following a power outage may be identified by a control system. The control system may be associated with a power utility and may include one or more computers. A plurality of switching operations associated with the switch plan may be identified by the control system. The plurality of switching operations may include at least one automatic switching operation and at least one manual switching operation. A synchronized execution of the plurality of switching operations may be coordinated by the control system.
Methods And Systems For Detecting Compatibility Issues Within An Electrical Grid Control System
Dale Robert McMullin - Canton GA, US John Christopher Boot - Sandy Springs GA, US
International Classification:
G08B 21/00 G06F 19/00
US Classification:
340540, 702122
Abstract:
A packet inspection system for use in a power grid control system comprising a plurality of subsystems is described. The packet inspection system includes a memory device configured to store information associated with the plurality of subsystems. The packet inspection system also includes a first deep packet inspection device configured to extract at least one data packet sent to a central subsystem of the plurality of subsystems. The packet inspection system also includes a processing device coupled to the first deep packet inspector and to the memory device. The processing device is configured to identify a compatibility issue within the power grid control system by analyzing the at least one data packet.
Automated Systems And Methods For Controlling Localized Load Conditions To Extend Electrical Distribution System Component Life
Controlling localized load conditions to extend electrical distribution system component life includes forming a load-dependent time-to-failure estimate for at least one of the components, creating an operating load to be experienced by the at least one of the components, and generating an instruction that causes power to be diverted away from the at least one of the components when a required power through the at least one of the components exceeds the operating load.
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