Michael Carrion Email & Phone Number

Calera, Al, Us

Carmel, Indiana, United States

Carmel, Indiana, United States

Little Rock, Arkansas Area

Ensures Control Performance Standards (CPS) compliance of system-wide dispatch to match supply to demand and minimize system Area Control Error (ACE) with corrective actions via Automatic Generation Control (AGC) system. Additionally, the GBAO is responsible for monitoring Automatic Reserve Sharing (ARS) system, implementing reserve sharing events, monitoring AGC system, and troubleshooting issues that arise. I take independent, necessary action to ensure reliable operation of the Bulk Electric System, to include communicate system-wide conditions to the Shift Manager (SM), assisting the Unit Commitment and Dispatch (UCD) Operators in forecasting load and generation availability, and direct appropriate actions of other MISO operating personnel for reliability purposes. Ensure supply signals sent via AGC balance with the system demand and Monitor Security Constrained Economic Dispatch (SCED) solutions and MP adherence to setpoint instructions for Energy and Contingency Reserves in co-optimized market. Maintain Tie Line error management between Local Balancing Areas (LBAs) and Tier 1 Balancing Area (BA); to include the coordination of Tie line switching with Reliability Coordinators (RC) and TOPs. Coordinate with the RC to determine special operating requirements and ensure proper dispatching of generation to relieve binding constraints. Initiate actions as directed by the SM resulting from changing system conditions, such as Energy Emergency Alerts (EEA) and Emergency Max and Min conditions. Monitor CPS and Disturbance Control Standard (DCS) compliance of MISO Reliability footprint and Initiate ARS events for the MISO BA. Ability to work in a fast-paced, high pressure, real-time operating environment with remote management and providing remote site support as required. Develop, implement and complete work or project plans as directed by senior management.

Carmel, In

Communicated with Local Balancing Authorities, Market Participants, and Generation Operators about generation conditions, unit commitments, and modify unit parameters on a Real-Time basis as conditions change in the market, or reliability footprint. Analyze system events on a Real-Time basis and implement corrective actions, in accordance with company Operating Guides and Operating Procedures to ensure system reliability. Continuously use approved communication techniques, as outlined by NERC and MISO requirements, to Generator and Transmission Operators alike. Perform detailed quantitative analysis associated with Real-Time operations, and completed several projects to assist in process improvement of the Regional Generation Dispatcher control room position. Selected as the On-the-Job trainer for the Regional Generation Dispatcher position in the South Region, and has developed several training tools to assist control room personnel. Maintains compliance with all NERC, FERC, NAESB, SSAE16, and Tariff requirements.

Carmel, Indiana

I am an operator in training initially assigned to the Technical Training department of MISO. For the first 6 weeks, I will be focused on training to become NERC certified. Upon completion, I will be job shadowing the following Control Room job positions: Reliability Coordinator, Balancing authority Operator, Scheduler, Regional Generation Dispatcher, and many more. Upon certification completion and becoming comfortable in the Control Room, I will move up into one of the control room positions.

Kings Bay, Ga

I perform vibration measurements and analysis on overhauled and repaired rotating equipment at the motor shop and Rotating Machinery Lab (RML) including motors, pumps, fans, and generators for certification of meeting acceptance criteria as required by applicable Vibration Monitoring Manuals. I perform Dynamic Field Balancing of rotating equipment in accordance with SUBMEPP Maintenance Standards (MS) and applicable Vibration Monitoring Manuals for shipboard and TRIPER Assets. I consistently maintain and operate mulit-channel spectrum analyzers, FFT Data collectors, accelerometers, real-time analyzers, vibration transducers and other vibration data collection equipment. I create and maintain vibration databases on a daily basis for both spectral and broadband data collection using reliability based maintenance software (currently Master Trend) by integrating the software with my normal FFT Data Collector (currently CSI-2120). I work at a desk that I can use for communications between different organizations and companies to locate information and perform research of any faulty indications that I received from collecting data in the field.

Kings Bay, Ga

Using the knowledge that I received as an active duty nuclear Electrician's Mate, I honed my skill in troubleshooting complex electrical circuits varying from generation to distribution systems. I measured velocity, horsepower, revolutions per minute (rpm), amperage, circuitry, and voltage of units or components to diagnose problems, using ammeters, voltmeters, wattmeters, and other testing devices. I maintained proper log recording practices by documenting hourly readings of equipment parameters during shutdown, start up, and trend plot analysis of faulty electrical motors, generators, pumps, fans, compressors, and other electrical machinery that were previously installed on an SSBN class US Naval submarine. I became experienced in the rebuild and repair of defective mechanical parts in electric motors, generators, and related equipment, using hand tools and power tools while maintaining proper stock of repair parts used and minimizing labor time. I was used as a knowledgeable tool to assist in the repair and modernization of the 60Hz and 400Hz distribution systems onboard a 726 class submarine, and is normally requested by electrical and mechanical engineers to offer assistance. I continuously improved the knowledge, processes, and implementation of troubleshooting procedures and tactics for two electrical repair shops at the Trident Refit Facility.

Kings Bay, Ga; Portsmouth, Va

I supervised a division of 13 junior personnel during underway periods. I delivered over 50 division training lessons and over 20 engineering department training during tenure as an Electrical Division Leading Petty Officer (ELPO). I supervised and completed 4 ship alterations which included new metal fiber brush installations on one of the two Ship Service Motor Generators, circuit breaker hardware upgrade to over 60 circuit breakers, battery alteration from the A/N PDX-57 battery to the new SVRLA battery, and the installation of the Diesel Generator Casualty Control Panel. I quickly became knowledgeable in all current areas of the USN’s logistics support and maintenance management support programs: Sked 3.0, OMMS-NG, FEDLOG, ATIS, SNAP, SOMS. I developed numerous work packages and instructions that provided direction to perform electrical and engineering corrective and preventative maintenance procedures to military and non-military recipients. Before I became the ELPO on board the USS Tennessee, I was the 3M (Maintenance and Material Management system) coordinator for my division, which eventually lead to a collateral duty promotion into the Engineering Department 3M coordinator. With a nominal in-port electrical division of 18, I coordinated and participated in the completion of over 3500 preventive and corrective maintenance actions on a SSBN 726 class submarine during an arduous engineering and refueling overhaul over a span of 2 years. I flawlessly maintained all divisional maintenance requirements of six refits and an engineering and refueling overhaul by participating in many work control scheduling meetings, refining work practices, and implementing these procedural refinements to the best of the division’s capabilities. I periodically maintained all paperwork, data, and maintenance history of the Reactor and Secondary plant for the electrical division.

Master Of Business Administration (M.B.A.), Project Management, 3.90 / 4.00

Studied business and project management principles as outlined in the MBA in Project Management degree program.

Bachelor Of Applied Science (B.A.Sc.), Nuclear Energy Engineering Technology, 3.76 / 4.00

Studied nuclear energy principles as part of the course requirements for the NEET BSAST degree program.

High School, 4.14 / 4.0

Activities and Societies: Integrated Math, Science and Technology (IMST) Magnet Program, Future Business Leaders of America (FBLA).