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Click here or scroll down to respond to this candidateCandidate's Name , Ph.D.Street Address Calico DriveOrland Hills, IL Street Address
Cell PHONE NUMBER AVAILABLEEMAIL AVAILABLEObjective:A responsible position of Electronic/Electrical engineer, Electronic Warfare System Engineer, Avionics, Radar System Engineer, R&D Engineer in Advanced Technology & Aerospace Systems, Survivability Systems Engineer, Integrated Defense Systems (IDS), Threat Systems Analyst, Integration, T&E Engineer, Sensors, Weapons & Miissiles systems Engineer & Safety. Business Dvelopment, Training & Educational Programs, and International Experience. Avionics Systems Include: (Communications, Electronic Navigational Systems, Electronic Warfare, Weapon Systems (Harpoon Missile Systems), Radar Systems, Multiple Electronic systems in aircraft to perform different functions)Navigational Systems Include: Radio Direction-Finding, long-range navigation (LORAN), very high frequency omni-directional range, tactical air navigation system (TACAN), Distance Measuring Equipment (DME), Instrument Landing Systems (ILS), Microwave Landing Systems MLS, Radar & SONAR Systems, and GPS.C5ISR: includes, Command, Control, Computers, Communications, Cyber, Intelligence, Surveillance, and Reconnaissance.Areas of Experience:More than 40 years experience in Engineering (US & International) Leadership, Sr. Consultant & Management, Business Development, System Engineering & Integration, System Testing & Evaluation, Analysis, Training, and Research & Development.Boeing Defense SystemsJuly 2023 April 2024UK E-7 Electronic Warfare Technical LeadMission SystemsAEW&COklahoma City, OK 73135Position: Senior & IPT Lead Electronic Warfare Engineer. Developing Airborne Early Warning and Control capability for E-7 Wedgetail. Supporting Electric Warfare and Self Protection (EWSP) program. Included: Design, Testing & Evaluation (Stand Alone, Federated, Integrated), Using the following resources: (Measurement Facilities (MFs), System Integration Laboratories (SILs), Hardware-In-The- Loop (HITL) facilities, Installed System Test Facilities (ISTFs), and Open-Air Ranges (OARs). And Modelling and Simulation (M&S).Boeing Defense, Space, & SecurityNovember 2021- July 2023Saint Charles, MOPosition: Senior & IPT Lead Cruise Missile Systems Avionics Engineer with Missiles and Weapons Systems (MWS) Avionics team to support the development and production of the Standoff Land Attack Missile (SLAMER) and Harpoon Missile. Included: Design, Testing & Evaluation (Stand Alone, Federated, Integrated), Using the following resources:(Measurement Facilities (MFs), System Integration Laboratories (SILs), Hardware-In-The-Loop (HITL) facilities, Installed System Test Facilities (ISTFs), and Open-Air Ranges (OARs). And Modelling and Simulation (M&S).Self-EmployedFeb 2019-Oct 2021Writing a new book (Electronic Defense System: A New Vision). Electronic Defense (ED) system is a dynamic field. There are many areas of ED need to be developed and enhanced. I have identified several areas that need to be developed and improved. June 2011 January 2019Naval Surface Warfare (NSWC) Crane DivisionSpectrum Warfare Systems DepartmentCrane, INPosition: Sr. Staff Electronic Warfare Systems Engineering Lead and conduct design, deployment, strategic planning studies, and analyses for Electronic Warfare& Platforms in the areas of: ISR Electronic Warfare, Maritime Electronic Warfare, Support the development of CONOPS and other requirements for advanced weapon systems, supporting research & development of in electronic warfare, special Mission Systems, and Directed Energy Weapon Systems & Renewable energy. Interface with Government organizations to define operational effectiveness/survivability evaluations, and comparative assessments. Present briefings to internal and external customers. Train and mentor less experienced staff, Supported the Anti-Tamper (AT) Protection program that develops innovative techniques and technologies to deter the reverse engineering and exploitation of our Defense critical technology that including: Supported all phases of design, Testing & Evaluation process, and work closely with program office and weapon and sensor system manufacturers. Included: Testing & Evaluation (Stand Alone, Federated, Integrated), Using the following resources: (Measurement Facilities (MFs), System Integration Laboratories (SILs), Hardware-In-The-Loop (HITL) facilities, Installed System Test Facilities (ISTFs), and Open-Air Ranges (OARs). And Modelling and Simulation (M&S). Provided vulnerability analysis of system level, which includes systems implementations and architectures.Assessed and Evaluated protection plans & methods. Developed test plan, procedures, and reportsInterfaced new issues through developing and applying innovative skills in protection techniques Supported the Deployed EW Systems Engineering Branch, which provides In-service Engineering, services for fielded Surface EW systems that including: Provided Supportability engineering tools and data needed to maintain the AN/SLQ-32 and decoy systems for their remaining life cycle.Electronic Attack (EA) technical leadership for the design, production, and sustainment of the EA portion of the AN/SLQ-32(V)7, AN/SLQ-59, AN/SLQ-62 and Airborne Off-board Electronic Warfare(AOEW) SystemsLead of Learning & Training, Development Programs:- Lead the entire training and development Programs.-Plan & organize the training programs.-Assess and identify the training and development needs. Mmaintain a consistent culture regarding training and development.-Monitor the activities of the department.-Develop & Conduct Training CoursesOct 2008 June 2011URS Corp Crane, INPosition: Director of Engineering and Electronic Warfare Dept. Directed all Technical, Engineering, and Operational activities of Electronic Warfare (EW). Interface with local and national level customers and sponsors of EW. Lead Electronic Warfare functional business area and collaborate with key customers to support their strategic objectives. Supported Spectrum Warfare Systems of (NSWC), this includes Maritime, Expeditionary, and Airborne Electronic Warfare Systems. Electronic Attack Systems, Electronic Protection (EP) Systems, Electronic Support (ES) Systems, Intelligence, Surveillance and Reconnaissance (ISR) Systems, supporting research & development of low observable programs (Low Probability of Intercept LPI) in areas of radar cross section (RCS) reduction and wide-band electronic warfare, special Mission Systems, and Directed Energy Weapon Systems, Renewable energy, Survivability, Advanced Threat System. Supported the Anti-Tamper (AT) Protection program that develops innovative techniques and technologies to deter the reverse engineering and exploitation of our Defense critical technology, Supported different departments of Naval Surface Warfare Center (NSWC), Crane, IN, in changing their culture as well as building more effective organization by assessing & evaluating their capabilities and resources thru focusing on consultative effort, analysis, redefining mission, vision, values, strategy, restructuring, leadership, process, building EW knowledge, and skills roadmap. Supported electronic warfare (EW) capability gaps and enabling technologies, Special Mission Systems, Naval Electronic Warfare Technology Integration Center (NEWTIC) as part of its Electronic Warfare (EW) Integration Improvement Program (EWIIP).Supported Sensors integration that is involved in the design, development and integration of RF, IR, and Laser sensors for surface, airborne, Maritime, and expeditionary systems (Counter Radio-Controlled Improvised Explosive Devices (IED) Electronic Warfare (CREW)). May 2005 Oct 2008Raytheon CompanyLargo, FLPosition: Sr. Technical ManagerDeveloped and managed comprehensive internal export and import controls to ensure compliance with US and foreign regulations in the conduct of international marketing, sales, supply chain and other business activities. Compliance Analysts of International Traffic in Arms Regulations (ITAR). Leading the development of System of Systems architectures, Concept of Operations; (CONOPS); Mission Scenarios; and contributing to the development of Knowledge Management and Training. Performing requirements and operational capabilities analyses to determine gaps that can be met using Raytheon solutions. And assist in pursuit strategies for new capabilities. Leading the efforts of analyzing survivability thru threats detection and analysis and quantifying the ability and capability of system, subsystem, equipment, process, and procedure to continue to function during and after a natural or man-made disturbance; nuclear electromagnetic pulse from the detonation of a nuclear weapon by focusing on the following areas: Border Protection and Force Development Program in the Middle East Border Protection and Force Development Program in the Middle East, which is responsible for the development of system, process, and technology to fully, develop the security force capable of developing comprehensive border protection. The program included integration of command, control, communications, computers, intelligence, surveillance, reconnaissance (C4ISR), telecommunications, information technology (IT), Cyber Security, organizational development, and training, as well as air, land and sea assets and infrastructure, is the means to create an effective, efficient border protection system.Program Risk & Opportunity ManagerManaging Risk & Opportunity programs, by focusing on uncertainty related to a threat and a sequence of human activities including: risk assessment, strategies development to manage it, and mitigation of risk using managerial resources. Also, using risk to advance current capabilities and achieve something that hasnt been done before.Deployment IPT of FBX-T Radar System & HardwareProvided a various type of support to the deployment of FBX-T Radar System, such as, Site Activation Survey, Operation Plan Development, Power System Development and Design, EMI Testing, Quality Assurance (QA), Failure Mode Effects Analysis (FMEA), Reliability & Maintainability Analyses, Integrated Logistics Support, Safety and Human Factor, security analysis, and construction Management IPT of Integrated Electronic Security System (IESS) of FBX-T Radar System Developed Integrated Electronic Security System (IESS) for FBX-T Radar System That included: Captured the requirements, Site Activation Plan, Site Operation Plan, System Integration, Equipment Selection, Threat Timing, Weather Analysis, EMI Calculation, System Logic and Response, Training Courses, Maintenance Plan, Risk Assessment and Mitigation, and Performance Verification Testing (PVT). IPT Lead in Advanced Technology Solution ProgramSearch for new technology applications of Electronic Defense Systems that includes: Radar & Remote Sensing, supporting research & development of low observable programs (Low Probability of Intercept LPI) in the area of areas of radar cross section (RCS) reduction and wide-band electronic warfare, special Mission Systems, and Directed Energy Weapon Systems. Integration of Avionics, Mission Systems, Weapon Systems, Vehicle Systems, EW, C2BMC, and C4ISR to provide new avenues and opportunities for business growth and progress, evaluate and assess feasibility of R&D proposals & projects, make recommendation, and provide directions to my team. Technical Lead of Integration, Verification & Validation (IV&V) of Forward Based X-Band Transportable Radar (FBX-T)Led the process of Integration, Verification & Validation (IV&V) of FBX-T Radar Systems, the process is based on the Integrated Product Development System (IPDS) and Capability Maturity Model Integration(CMMI) that provides the requirements for creating, measuring, managing, and improving Radars, Sensors and Weapons Systems. Developed test plans, establish, update and maintain integration, validation and verification strategies. Establish a mechanism to track interface development. And provide feedback to the development organizations for any potential design problems found. Included: Testing & Evaluation (Stand Alone, Federated, Integrated), Using the following resources:Test resource categories applicable to EW testing include:(Measurement Facilities (MFs), System Integration Laboratories (SILs), Hardware-In-The-Loop (HITL) facilities, Installed System Test Facilities (ISTFs), and Open-Air Ranges (OARs). And Modelling and Simulation (M&S).Technical Lead in System Integration of Forward Based X-Band Transportable Radar (FBX-T) The FBX-T Radar is a strategic radar system built on the THAAD Radar Segment, which functions a forward-deployed, ground-based portion of a layered defense system that provides multiple engagement opportunities along the entire flight path of a ballistic missile. The integrated system consists of boost, midcourse terminal, and sensor segments, and C2BMC network. The FBX-T Radar provides a forward-based sensor for early acquisition and discrimination of threat, and for reporting of those threats through the C2BMC network for cueing and engagement support. My task is integrating and testing FBX-T Radar system with remote BMDS operation nodes, linked together by C2BMC element network, and supported research & development efforts associate with low observable programs of Low Probability of Intercept Signals (LPI) in the area of radar cross section (RCS) reduction and wide-band electronic warfare.IPT for Command, Control, and Battle Management Communications (C2BMC) I have worked with C2BMC, which includes sensor management, track management, threat evaluation, weapon assignment, engagement control and targeting. C2BMC will function as the Battle Manager for BMDS. And the radar will provide track data and status messages while the C2BMC will return commands. My task is to link C2BMC with the FBX-T Radar system that will enhance BMDS information exchange, providing the integration of C2BMC into the BMDS. Task Lead of Environmental & Electromagnetic Compatibility Analysis Developed and performed all Environmental and Electromagnetic Interference (EMI) tests and analyses for THAAD and FBX-T radars.Chief Engineer of FBX-T Radar Power SystemThe FBX-T Radar is a transportable, multifunction, X-band, high resolution, phased array radar system, consisting of the EEU, CEU, and AEU. The Power System consists of generators, enclosures, switchgear, and power distribution equipment that will provide power to the FBX-T Radar. I have developed performance specifications and test requirements for the FBX-T Power System. May 2004 May 2005General Dynamics/Land SystemsSterling Heights, MIPosition: Electronic Warfare Systems & Survivability Engineer Conducted research in technology of warfare and proposed solutions to issues in Future Combat Systems(FCS).Developed requirements and specifications for radar & remote sensing systems, supported research & development efforts associate with low observable programs (Low Probability of Intercept LPI) in radar cross section (RCS) reduction and wide-band electronic warfare, RF components & systems for survivability of Future Combat Systems (Active Protection Systems, Electronic Countermeasures, Infra-Red (IR)& Electro-Optics Systems (EO), and Laser Warning Receiver (LWR). Also supported preparation of requirements, specifications, and interfaced control documentation, to the subsystem and Line-Replaceable Unit (LRU) level.Developed requirements and designed specification for Inertial Navigation System (INS) and Global Positioning System (GPS). Performed numerical analysis on Kalman Filter processes as applied to Inertial Navigation System (INS) and Global Positioning System (GPS) systems for Manned Ground Vehicle(MGV) of (FCS).Dec 1991 Aug 2004UAE Ministry of DefenseAbu Dhabi, United Arab Emirates (UAE)Position: Sr. Consultant of Electronic Defense Systems Engineer Applied scientific and engineering principles to research, analyze, plan, design, develop, implement, test and evaluate electronic warfare systems of Airborne Platform & weapon systems. Developed electronic threat system analysis of multi-theater and scenarios, using multi-sensor (RF, IR, EO and Laser) to detect, analyze, assess, process, integrate and apply the proper countermeasures for the Air Defense Systems. And performed futuristic & predictive analysis, to unveil and predict significant threats and events, and supported research & development efforts associate with low observable programs (Low Probability of Intercept LPI) in radar cross section (RCS) reduction and wide-band electronic warfare, and Developed Avionics, Electronic Warfare, Radar Warning Receiver (RWR), and Weapon Systems Requirements for F-16 Falcon Block 60.Developed and performed radar analysis system. The system generates high-fidelity simulated radar data to evaluate radar system performance. Also process and evaluate measured radar data; simulate airborne or ground-based multi-channel radar data in jamming and clutter environments; combine measured and simulated radar data; develop and evaluate new radar algorithms; and assess the performance of advanced radar systems and signal processing technologies. Performed analysis, identified objectives, proposed solutions and prepared final reports on existing and emerging threats and studied all possible threats. Developed requirements and specifications for radar & remote sensing systems, subsystems, RF components & systems, Electronic Support Measures (ESM/ES) Electronic Countermeasures (ECM/EA), Electronic Counter-Counter Measures (ECCM/EP), Avionics Systems, Infra- Red (IR)& Electro-Optics Systems (EO), Laser Systems, and C4ISR systems. Taught at the Air Force College the following subjects Electronic Warfare Principles and Systems Radar Engineering Systems Avionics Principles and System Weapon SystemsTasks Performed Developed radar, electronic warfare and avionics systems requirements and design concepts Analyzed radar electronic warfare and avionics systems requirements Interface specifications Developed test plans and procedures. Performed hardware assessment and validation.Areas of Experience Radar Warning Receivers (RWR) Navigational Aids Ground Mapping Weather Detection Fighter/Interceptor Mission Support Electronic Countermeasures (ECM/EA) Electronic Counter Countermeasures (ECCM/EP) Electronic Intelligence (ELINT) Electronic Support Measures (ESM/ES) Infrared (IR) and Laser Systems Command, Control, Communications, Computer, Intelligence, Surveillance and Reconnaissance (C4ISR) Low Probability of Intercept (LPI) Air-to-Ground Weapon Delivery Air-to-Air Weapon Delivery Inertial Navigation Systems (INS) and Global Positioning System (GPS) Direction Finder (DF), Emergency Locator Transmitter (ELT), Very High Frequency Omni- Directional Range (VOR), Distance Measuring Equipment (DME), Tactical Air Navigator(TACAN), Identification Friend or Foe (IFF), and Instrument Landing Systems (ILS). Mar 1979 Nov 1991E.I. DuPont de Nemours Co. Inc.Belle & Parkersburg, WV, Richmond, VA, Greenville and Camden, SC Position: Chief EngineerResponsibilitiesElectrical/Instrumentation & Control Systems Engineer working in chemical, petrochemical Plants & Industries, which included: Engineering Design, Project Management, Supervision, Training and Teaching. The assignments covered the following tasks: Engineering, Design, Preparation of Control, Instrumentation, Automation, Power Distribution Systems, Equipment Specifications, Schematics, Single-Line Diagrams, As Built Drawings, Logic & Functional Diagrams, Plan & Layout Diagrams, Scope Development, Estimating, Material Procurement, Equipment Selection, Writing Operating Manuals, Training and Start-Up operations. The tasks basically covered three major areas:ControlIncluded, AC & DC Drives, Programmable Logic Controller (PLC), Power Controllers, Servo Motors and Alarm Systems.InstrumentationIncluded, Distributed Control Systems (DCS): Honeywell TDC: 2000 & 3000, Bailey INFI 90, I/A Foxboro, (DCI) Fisher & Porter, Process, Pressure, Temperature, Flow and Level Controllers, Electronic& Pneumatic Positioners. Control Valves Sizing, I/P & P/I Transducers, Smart Transmitters, Analyzers, Flow Meters, Recorders, Magnetic Liquid Indicators and Orifice calculating & Sizing. PowerIncluded, High, Medium and Low Voltages, Power System Distribution & Transmission Lines, Relay & Systems Coordination, Short Circuit Studies & Calculation, Substations, Switch gears, Steam & Gas Turbine Generators, Motor Control Centers (MCC), Protective Relays & Devices, Lighting Calculations & Distribution, Cables & Conduits sizing.Education:Doctorate (Ph.D.) (Honors) in Applied Technology (Electronic Defense Systems) The Union Institute & University, Cincinnati, OHMaster in Military Studies (Honors) (MA)American Military University, Manassas Park, VABachelor of Science in Electrical Engineering (BSEE) University of Massachusetts, Lowell, MAPublications:Authors Name: Candidate's Name
Books Title: Technology in Warfare: The Electronic Dimension (English) ISBN: 9789948009641http://us.macmillan.com/author/Candidate's Name
Authors Name: Candidate's Name
Books Title: Technology in Warfare: The Electronic Dimension (Arabic) ISBN: 9789948142584http://us.macmillan.com/author/Candidate's Name
Professional Development: Strong Leadership experience including leading diverse teams DAWIA Level 3 System Engineering Six Sigma EVMS (CAM) Completed all Leadership Training Advanced Level U.S. Citizen Security Clearance: TS/SCI |
