SUMMARY:

• Experience in Systems Engineering in its development and balance the lifecycle timeline of systems by evaluating operational needs to define system performance requirements to integrate technical parameters and insure compatibility of all functional & program interfaces to analyze the reliability, maintainability, testability, system security, and other quality specialty factors to ensure mission success
• Experience in Quality Control and Safety of the legacy/existing/new Equipment/Unit Under Test (EUT/UUT) to evaluate and identify Failure Root Cause Analysis in Electromagnetic (EME/EMC/EMI) characteristics including RF (Radio Frequency) in various Platforms
• Experience in Analysis to characterize the wire harnesses EME Separation Codes from the released to the newly created ICD (Integrated Control Document) for subsystem/system upgrade purposes
• Experience in Developing requirements to identify the Statement of Work (SOW) to retrofit (Design/Integration) subsystem/system on multiple Platforms/Programs the life expectancies on all End Of Life (EOL) COTS (Commercial - Off-The-Shelf) Hardware recommending similar or integrated configuration replacements implementing PLM (Product Lifecycle Management) processes
• Experience in Evaluating and Analyzing Non-Conformance documentations to validate/verify the impacts of all elements (components/equipment) to resolve the engineering-related production problems encountered providing recommendation and/or final disposition for every manifested Space Shuttle System mission flights and other Programs
• Experience in Wire Design Installation by creating, developing, and maintaining the integration of the Wire Harness/Bundles in 3D display modeling of CATIA V5 and Confidential in various Programs results to Formboarding for production
• Experience in producing various types of Electrical Safety Bent Pin Analysis Assessment Report documentations to analyze, evaluate, identify, validate/verify, and test the avionics system to measure all functional characteristic performance of the adjacent pins routed throughout the cable harnesses which are threat to the Cargo Payload Avionics modules
• Volunteer at Regional Food Bank Of Oklahoma in multiple project to provide for needy children and adults in all ages 2016-Present

TECHNICAL SKILLS:

Electronics Equipments: Function Generator, Mutlimeter, Oscilloscope, PH/OHM Meter, Platform-Board Level (PCB) Schematic, Power Supply, Spectrum Analyzer

Design Projects: Synthesized A/synchronous, Finite State Machine, PN Junction Characterization

Simulation Software: ADS, AutoCAD, CATIA V5/ Confidential, DOORS (Dynamic Object Oriented Requirements System), BoGART (Boeing Graphic ART), FLUKE, WIRS, LTSpice, Mentor Graphics (Capital Harness System), Saber, Trendlink

Programming Languages: ADA, C, JUMP, MS DOS, Verilog/VHDL

Networking; Ethernet, TCP/IP, Wireless LAN:

Standardization Documentations: MIL-STD-1553B (RS232), MIL-STD-461, RTCA/DO-160

Operating Systems/Other Skills: Mac, Windows, Microsoft Excel, Outlook, PowerPoint, Word, Visual Basic, LabVIEW

Platforms Components: CPU, CPU Socket, GMCH, ICH, IOH

PROFESSIONAL EXPERIENCE:

Electrical Engineer

Confidential, Oklahoma City, OK

Responsibilities:

• Supported Sustainment Branch of the Confidential (Life Cycle Management Center) on proposed Hardware/System ( Confidential Radios/ Confidential ) development in planning and conducting of tests against operational requirements by participating on Program/Systems Working Groups such as IPT (Integrated Product Team), ITTs (Information Technology Teams), and TRRs (Test Readiness Reviews) measuring risk and issue resolution to perform special studies by defining alternative approaches and identifying capability/availability nationally/internationally
• Performed System Engineering reviews on proposals provided to Confidential & Landing System) Program Office)) including Site Surveys and Implementation for Installations (List Of Materials (LOM), schematics, test plans, and procedures) against PSAs (Project Support Agreements), and Technical Orders (TOs) for improvement to update/integrate all existence Hardware/Systems ( Confidential Radios (Transmitter/Receiver)) and Confidential (Universal Remote Control & Status System nationally/internationally

Electrical Engineer

Confidential, Oklahoma City, OK

Responsibilities:

• Performed safety analysis to evaluate the testing processes on documents such as, Acceptance Test Procedure (ATP), Qualification Test Procedures (QTP), and Qualification Test Report (QTR) on all functionalities of the Equipment/Unit Under Test (EUT/UUT) in Electromagnetic (EME/EMC/EMI) characteristics including RF (Radio Frequency) environment for standardization purposes to meet and implement MIL-STD-461/RTCA (Radio Technical Commission for Aeronautics) DO-160 (Environmental Conditions for Airborne Equipment) requirements on avionics hardware in different levels of production such as, Pre-Production, In-Production, & Post-Production providing recommendation and/or final disposition prior to implement installation in various platforms
• Performed quality to analyze, evaluate, and identify Failure Root Cause/Risk Analysis (FRACA/FACAR) on documents such as, Hardware Schematic Drawings, NOC (Notice of Change), Parts Lists, and QBS (Qualification By Similarity) to validate/verify the changes and upgrades in legacy/existing/new Equipment/Unit Under Test (E/UUT) in Electromagnetic (EME/EMC/EMI) characteristics including RF (Radio Frequencies prior to installation in various platforms
• Evaluated and reviewed the life expectancies of all End Of Life (EOL) COTS (Commercial-Off-The-Shelf) Hardware updating status by providing a detailed list of similar or integrated configuration replacements to implement PLM (Product Lifecycle Management) processes (including created trade study documentations) and have constant communication with manufacturers/suppliers to provide adequate recommendation on multiple Platforms/Programs
• Coordinated and reviewed multiple documents such as, Book Drawings, Parts Lists, Wiring Installation Drawings/Schematics, and other pre-released documents to analyze by validating/verifying quality assurance for any discrepancies from previous to new released version documents
• Performed evaluation and analysis in reviewing Non-Conformance documentations (Integrated Problem Reporting Analysis and Corrective Action ( Confidential )) to validate/verify the impacts of all elements (components/equipment) to resolve the engineering-related production problems encountered such as, hazards, risks, safety, and integration by providing recommendation and final disposition across every manifested Space Shuttle System mission flights and other Programs
• Created/developed/maintained Wire Design installation the Wire Harness/Bundles in 3D display modeling of TIA V5 and Confidential results to Formboarding per design and Bill Of Materials (BOM) requirements identifying the materials and records for production and integration in various Platforms/Programs
• Performed development on multiple System Architecture and Engineering design changes in various programs to evaluate the hardware/software based on the requirements/procedures to ensure supportability and maintainability throughout the process for integration from the Statement Of Work (SOW) from initial to final phase

Electrical Engineer

Confidential, Houston, TX

Responsibilities:

• Coordinated and evaluated all Non-Conformances by reviewing the Integrated Problem Reporting and Corrective Action ( Confidential ) documentation on all elements either directly or indirectly that impacts the RSRBs (Reusable Solid Rock Boosters) system to assess and evaluate the risks, hazards, safety, and other integration issues of every manifested Space Shuttle System mission flight per ICD (Integrated Control Document) and other requirements to provide recommendation and final disposition
• Provided customer training the full process of the Assessment Report of the Safety Bent Pin Analysis to answer questions either on-site or phone based support to save on costs in various Do’s and Don’ts to resolve issues and minimize downtime for efficient on-time schedule testing Payloads of different Space Shuttle Flights
• Developed and modified hardware design electronic/electrical systems/subsystems per defined requirements from Confidential approved processes and tools to ensure the desired products were produced and met its reliability standardization through reconfigured interfaces of the Vehicle Diagrams (VD) and Vehicle Schematics (VS) of the Cargo Payload Avionics Integration
• Performed testing and evaluation various payloads contain Safety Critical modules such as Data Bus communication (MIL-STD-1553B (RS232)), telemetry (MDM), Payload Power Switching Unit (PPSU), Standard Switch Panel (SSP), and other modules to write specific test requirements for the manifested Mission Flights to prevent catastrophe and endangerment to the crew
• Performed analysis, evaluation, validation/verification, and testing per defined requirements gather all data recording, simulation through various Software Programs (Bent Pin Analysis, AutoCAD, and Macro) by creating/producing the Electrical Safety Bent Pin Analysis Assessment Report documentations based on reconfigured schematic design, power assessment analysis, hardware design to support the integration of primary and secondary payloads at ground (Earth) and in-orbit (Space) environment in a real time of the Space Shuttle Manifested Mission Flights
• Created and analyzed instructional documents to introduce Adjacent Bent Pin Analysis and Functional Generation Standard Switch Panel of the Crew Cabin and its processes from initial to final phase as a training guide document to assist any new personnel to follow step-by-step procedure to perform the task efficiently and in a timely manner
• Provided customer training in system operation benchmark testing of power distribution measurement by validating and verifying system component reliability and overall quality of the system performance per customer requirement
• Performed instrumentation on Printed Circuit Boards (PCBs) by soldering, modifying program for the number of modules, and connecting the network communication ports to collect data by evaluating the system reliability and stability in various test procedures through components and system level benchmarking for performance to ensure product quality, improvement manufacturing efficiency on new/revised product(s) per engineering instructions for Research and Development Team
• Performed inspection of different chipsets to identify various Disbond types and Crack Area Measurement by collecting critical data to analyze any future products introducing to set global standardization by validating the package and PCB (Printed Circuit Board) based on the process
• Performed evaluation in semiconductor wafer in a 200mm Fab class 10 (10K Particle) clean room environment with specific instructions and orientations by Implementing Standard Operating Procedure instructions with the methodology of Lean Manufacturing, SPC and Six Sigma by sampling with various testing equipments to measure the chemical bath PH level