Suarez, Eduardo X.
Provided extensive and progressive leadership and developer experiences in software and hardware projects for the aerospace, computer, oceanographic instrumentation, and industrial manufacturing.
Three years of systems engineering and acquisition, technology development and program management experience at NAVAIR, including Cost & Schedule analysis for advanced platform technology maturement, performing and overseeing innovative in-house development and testing multi-platform systems.
DAWIA Course work to Level -3 in Systems Engineering.
Systems Analyst 2 University of California, San Diego, January 2017-Present Full Time 40 hours weekly+Sea Time
Performed Oceanographic research onboard the following vessels:
RV SALLY RIDE
RV ROGER REVELLE
RV ROBERT GORDON SPROUL
USCG HEALY – ARCTIC DIVISION
USS RV FLIP
Designed complex solutions with minimum resources at sea leading to mission completion and saving time, money and resources.
Maintained operational readiness of the following at-sea computer systems including configuration management, databases, software debugging, software operation, and systems training of the following oceanographic equipment:
ACUSTIC DOPPLER CURRENT PROFILER
EK80 – FISH FINDER
WEB PAGE SCRUBBING
WRITING TECHNICAL MANUALS
ONBOARD DATA-INTERNET INFRASTRUCTURE
GPS DATA FEEDS
LUCID CHARTS DATA MANAGEMENT
INTERMAPPER DATA FLOW INFRASTRURE
DESIGN OF DATA PRODUCER-DATA CONSUMER SCHEMAS
Worked on problems of moderate scope where analysis of situations or data requires a review of a variety of factors. Maintained medium sized networks, workstations, and servers installed ashore and on research vessels.
Performed hardware and software maintenance on Linux, Windows, and OSX systems. Maintained and debugged moderate complex software and scripts. Developed software using scripting various interpreted (e.g. Python/Perl) and compiled programming (e.g., Labview and C#) languages.
Trained and assisted shipboard users. Maintained operations and maintenance of shipboard scientific data acquisition equipment. Documented software and processes. Provided remote assistance to research vessels at sea.
Supported the US Coast Guard active efforts in the positively identification of the "The Deadliest Catch" crabbing vessel Destination by analyzing root cause, debugging Operating System and returning equipment to operational readiness of the tethered unit VideoRay ROV, a vital piece of equipment that captured the vessel's evidence.
Electronics Engineer GS-12▪ PMA 213, Patuxent River, MD ▪ July 2013– Dec 2016 Full Time 40 hours weekly
Incorporated JPALS into Naval aviation platforms test plan development. UUT Test integration with GPS simulation system. Initial integration messages communications. Superset Slot Schedule development. Revisions to Transition Plan, Bench Test Transition Plan, and Requirements Trace Matrix. POC/Lead for slot schedule messaging testing.
Engineering Platform Support
Provided technical assistance to lab teams, participated in engineering boards gathered information and discussed feedback to systems engineering problems and solutions in accordance with systems engineering best practices for Unmanned Vehicles, Precession Approach Landing System, Ship System Simulator Air System Stimulator Analysis and Simulation Test Loop Environment:
Air Performance Model I/O Transform tool for data interpretation; developed software maintenance modules in C-sharp using Visual Studio 2010 IDE: The tool does data conversion collected by different navigation sources and packages into human interpretable format for engineering analysis and display.
AAG CVN-78 Software 188.8.131.52 ALRE Efforts: National Instruments data collection toolkit maintenance onboard the aircraft carrier to collect sensor data across multiple systems to display its remaining time of service. Data Support for Healthmap shipboard software technical aircraft catapult and arrestment systems.
Engineering Jasil lab technical assistant
Coordinate daily lab activities with contractors from different agencies to perform data collection/validation, software configuration, equipment setup, and phenomena theory review. Arranged technical meetings to discuss data acquisition and a path forward toward systems maturity.
Managed multimillion dollars efforts between contractors from a variety of agencies such as CTSi, Northrop Grumman, General Atomics, BAE Systems, SAIC, Raytheon, and Booz Allen. Collaborated, planned, and executed projected action from contractual efforts and moved a number of program of records forward in the Systems Engineering lifecycle including JPALS, F-35 and CVN-78.
NADP Program Development ▪ Joint Precision Approach Landing System, Pax River, MD ▪ July 15, 2013 – Jan 24, 2016
Naval Acquisition Development Program
Includes broad training in acquisition, science and technology development and program management. Two rotations as a mandatory requirement for graduation. Requirements for primary career field of Engineering Level-1 obtained in 2013. Completed Level-2 requirements in 2015.
Rotation # 1 ▪ NAVAIR Fleet Readiness Center Southwest, E-2C E-2D Avionic Division
Reviewed aircraft publications and submitted analysis reports. Studied and analyzed engineering deficiencies and reported hypothesis and theories of failures to engineers involved in these cases.
Redesigned schematic from circuit board to component level. New designed schematic will serve for future production.
EMC by design training course. In depth studies on how to properly design shielded electronic components.
Examined an operational E-2D to learn about its systems and components to develop logical solutions to existing problems.
Rotation # 2 ▪ NAVAIR Integrated Program Management: PMA 231 E-2D Advanced Hawkeye
Risk Management Boards, AR FOD Risk Boards, Program Management Review Boards, Engineering Change Proposals, E2 NGC Air Refueling FOD Risk Analysis, E2 NGC Vibration Risk Analysis: Participated in many acquisition functions with IPT teams and contractors to assess program performance, cost and schedule. Reviewed hardware and/or software products with its multiple processes and data products.
Assessed the needs of the customers and stakeholders, program plans and budgets for the development, productions, fleet introduction and in service support of the weapon systems. Assessed the insertion of advanced technology across weapon systems. Assessed the availability, reliability and supportability requirements into designs, acquisition strategies and procurement documentation; and analyzed various technical requirement changes across weapon systems and presented an adequate risk matrix for each weapon system data set.
Technology / Development Experience (full time:...
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