Greg Storie Email & Phone Number

Oklahoma City, Oklahoma, United States

As an Electronics Engineer, I plan and accomplish complex and challenging projects with minimal direction of a manager, or more experienced engineer. I am assigned lead engineer and technical specialist for large work activities. I am one of the principal technical specialists (SME's) Subject Matter Experts, for beacon and radar electronic systems systems used in the NAS. I provide guidance and training to lower level engineers to difficult technical problems. I daily develop plans, techniques, and implement them to address current or anticipated problems and issues involving systems I am assigned.I apply experience and comprehensive knowledge of electronics engineering principles, theories, and concepts as it relate to electronic circuits, equipment, and systems, for purposes such as communication, computation, sensing, control, measurement, and navigation. I daily analyze performance of equipment and systems in assigned areas and identify the need to investigate and resolve problems that impact system performance, reliability, or service continuity. I conduct engineering studies of system-wide scope to develop and implement solutions to these complex problems. The engineering studies I conduct involve extensive research across engineering disciplines to develop new and innovative methods of testing or apply new technologies to resolve problems. I use experience to solve unusual problems and create new policy and guidance. I am able to use diverse engineering disciplines such as electrical, electronic, mechanical, and software engineering to support the needs of the FAA. I identify new maintenance and testing technologies and practices, and initiate efforts to incorporate these into maintenance documentation for assigned systems. I play a lead role in the review, development, and enhancement of technical instruction books and maintenance handbooks.

Oklahoma City, Oklahoma, United States

Install, Maintain, Modify, and Repair of Air Traffic Control Long Range Radar, Beacon Secondary Surveillance Radars, Terminal Dopler Weather Radar, and associated equipment.

Oklahoma City, Oklahoma, United States

Instruct Managers, Engineers and Technicians in the theory, operation, and troubleshooting of NAS air route radar systems including En Route Long Range Radar systems and Fixed Position Surveillance systems (ARSR-3, ARSR-4, CARSR, Mode-S, ATCBI-5 and ATCBI-6). I daily provide guidance and training on complex problems associated with continued operation of commissioned facilities and resolution of problems related to systems in the NAS.I Develop maintenance guidance and training on the ARSR-4 and CARSR systems. I daily represent a team, and as directed, the Branch in intra- and inter-service and agency meetings relating to the technical aspects of technical training. I collaborate with national labor unions to serve on joint labor/FAA workgroups responsible for developing and implementing new and recurrent engineering training courses.I regularly Develop technical training solutions to enhance field technical experience and maintainability. I develop training and provide guidance for system users and other technical support staff on system functionality and support requirements. I independently plan and execute work assignments; determine most appropriate principles, practices, and methods to apply in all phases of assignments. I keep my supervisor informed of progress, potentially controversial matters, and unresolved issues. I am daily required to approach system users and technical counterparts to solve problems and implement changes.Not only do I have the ability to perform but I also teach others how to gather information, analyze, evaluate, and plan course of action to resolve operational problems within assigned NAS systems. My 13 years of experience allows me to apply engineering concepts and technical system knowledge in the restoration process of NAS equipment. As a Instructor for the FAA Academy, I have had professional training in developing relationships with a wide variety of individuals within and outside the federal government.

Oklahoma City, Oklahoma, United States

Troubleshoot, diagnose, tune and repair complicated electronic circuits for radar applications.1. Troubleshoot, diagnose, repair, and tune complicated RF strip line circuits.2. Repair analog and digital control circuits for ARSR-4 Enroute radar systems.3. Component level repair knowledge of the LRU’s in the ARSR-4 radar system.4. Assisted in testing of ARSR-3, ARSR-1/2, and FPS Sub Assemblies.Provide engineering support of ARSR-4 test fixtures, test sets and test equipment.1. Modify, update, and maintain ARSR-4 test set programs in HP VEE and C languages.2. Wrote test software to test previously untested equipment or subsystems using HP VEE and C languages.3. Perform maintenance and repairs to test sets to bring them back to operational condition.4. Designed and implemented test fixtures to test commercial repaired items and bring the repairs in-house.Provide technical guidance to management, item managers, engineers and technicians.1. Participate in ARSR-4 team meetings making suggestions and providing feedback to improve the organization.2. Maintain stock level spreadsheet and modify workload according to demand and complexity of LRU’s.Train other repair technicians on test sets and test procedures including:1. Repair of linear and switching power supplies.2. Repair of complex mainframe based CPU logic boards.3. Repair of high power state of the art solid-state RF assemblies.4. Tuning of complex and sensitive RF strip line parameters.Updated the folowing test sets C language test software to better test Radar circuit boards.1. ARSR-4 Low Level Radio Frequency Test Set (LLRF)2. ARSR-4 Power Amplifier Module Test Set (PAMTS)3. ARSR-4 Power Supply Automated Test Set (PSATS)4. ARSR-4 Motor Test Stand.

Oklahoma City, Oklahoma, United States

Atmel microcontroller C Language based Signal Processor with PWM motor controls, analog inputs, LCD display, Keypad interface, and analog and digital input ports.Microchip microcontroller Assembly language based Ultrasonic Sensor design for detecting the position of an edge of clear plastic.Xilinx CPLD VHDL language based Infrared Sensor design for detecting the position of porous material.Brushless DC Motor controller prototyping and design.Analog based Fiber Optic Infrared Sensor design for detecting the position of an edge of metal in a furnace (high temperature environment)Analog based Fiber Optic Infrared Sensor design for detecting the height of carpet tuft for carpet mills.Atmel microcontroller based Visible Laser Sensor design for detection of 2 edges or multiple edges over a 12 foot length. Required the use of up to 31 Atmel microcontrollers connected in a (1)master, (30)slave configuration with RS-485 interface.DC Power Supply design that supplied +12, +5, -5, and -12 volts DC from a single +24 volt input using voltage inverter technology.Received the following 4 patents for revolutionary designs in the web guide industry.US Patent Numbers: 6635895, 6323948, 6289729, and 6175419Maintained older project designs by researching, evaluating, and approving alternate sources of components for obsolete systems including:Alternate source circuit board manufacturer approvals.Interfaced sensors to older design signal processors through cable design and documentation.Published technical specifications, reports, datasheets, and assembly drawings for items I designed or assisted in the design of including:Presented oral and written product presentations to management, manufacturing, and sales personnel.Submitted drawings, Gerber data and prototypes to testing entities such as CE, UL, and Canadian UL (C-UL) for safety testing and verification of design to electrical code regulations.