Lawrence

McGovern

Experience

*/******

Boeing

Leading Architect MQ-25 Advanced Architecture.

We are using CAMEO Enterprise V-19 which allows the use of several Tools. These are SysML, DoDAF 2.0, US Airforce, and a few others. We are using a Model developed by Nav Air System Command. We also use IBM Rhapsody Architecture Operations for Senior Engineers to build an Architecture in parallel with CAMEO and DoDAF2.0. Used MATLAN and Simulink plus C++. designing and analyzing radar systems. You’ll see how you can perform radar system design and analysis tasks such as waveform design, target detection, beamforming, and space-time adaptive processing. Went to webinar that is geared towards scientists, engineers, and students who are working in the applications that employ radar or phased array technologies. 7/12/2021–3/10/22

ALKU

Senior System engineer• Lead MBSE Architect. ALKU Worked as MBSE Team Architecture Lead on SP2013_Tech Doc Model. Tasks involved creation of all 16 types of SysML Diagrams and almost all elements. Performed an analysis on Corrosion and Corrosion Prevention using MIL-HDBk-729 and applicable Mil-STDs and Specs. Tomahawk subsystem was used as the example. Result was a template that could be used to perform decomposition on handbooks, Specs and Standards. MSDE decomposition diagram for the SSPOD 71001 Vol 1 Rev B Strategic Systems Documentation Development Process Specific and Standards Document Development featured the CM Requirements, Development and Document Steps by placing in the SP2013 CAMEO System Model Container view by using decomposition. 2/4/21 to 6/30/21

Amentum Senior System Engineer

Assigned to PSSE as Lead Engineer of Subsystems. I In addition, I was assigned to OP-04, OP-05 and MIL-STD 3166 Decomposition. Tasks required use of Magic Draw SP4 and requirements for Corrosion., preparing reports of results and briefing results and selection of required applicable corrosion requirements. In addition, I was assigned to review results and report outcomes. Shock testing according to Procedure I of MIL-STD 810, Method 516 was used to test products while they we’re operating to see if any functional problems occurred and to determine if they survived without damage. I studied these outcomes of applied shock and reported them. They were usually represented by those that would be encountered during operational service.

9/8/2020 – 2/4/21.

502 Deer Lake Dr E

Carbondale, IL

62901

301-***-****

Lawrence.mcgovern09@

gmail.com

Gryphon Technologies

Senior performer lead assigned to USS Ford CVA 87 Digitation of Ships Architecture using CAMEO System modeler and magic Draw 19.0.

System Modeler and Magic Draw19.0. Performed MBSE tasking to digitize the Architecture for the Weapons Elevators and all ship subsystems and connectors between cabinets. Developed all Use Cases for Maintenance of Navy ships and the associated Activity Diagrams generated from the Use case and derived constraints from Navy Ship Maintenance OPNAV Inst.

5/5/2020–9/06/2020

Senior System engineer• Lead MBSE Architect Tekla Research System engineer assigned to Air 4.1. Provided MBSE support to PMA-280 and PMA 274 Aura FVL performing CAMEO System Modeling / CYBER and System security related tasks. Major Cyber task was to develop the CYBER System Plan for AURA in support of Pre-MS A requirements. C++ used with Matlab tasks. 8/20/2018-4/6/2020

Air 4.1 Senior System Engineer

Leidos Corporation

Senior System Engineer supporting PMA-281 Mission and Strike Planning by providing Model Based System Engineering Support. In this capacity I have built Models related to the Tomahawk Mission and Strike Planning System using both DoDAF 2.0/UPDM and SysML Diagrams. I have also used DOORS Next Gen to provide requirements for building of SysML Requirement Diagrams and Matrices. Modeling requirements included building of all required DoDAF Diagrams in UPDM and SysML Syntax and Framework. Completed SySML Dellegati Course & Completed CAMEO Magic CAMEO System Modeler 19.0 1-week course. Use Agile System018. Also used C++ and Matlab when designing and analyzing radar systems. You’ll see how you can perform radar system design and analysis tasks such as waveform design, target detection, beamforming, and space-time adaptive process> went to webinar is geared towards scientists, engineers, and students who are working in the applications that employ radar or phased array technologies. 4/4/2017 8/18/2018

Senior System Lead MBSE Architect for NAVAIRSYSCOM

• Engility.

Supported Air 4.1 in building of Office o Tactical Antisubmarine Warfare (TASW) Model. In this capacity I built the NAVAL Air System Command portion of the Model using CAMEO System Modeler with SysML worked spanned the use of all 16 SysML type diagrams that related to NAVAIR Systems.management. Performed tasks in support of Launch (FVL) Aircraft. Tasks included modeling of six FVL Vignettes that were associated with FVL Mission Scenario. These scenarios were developed as part of CONOPS Model contained in Block definition Diagrams and Internal Block Diagrams to produce DoDAF OV-2, OV-5b and SV-1, and OV-6c Diagrams and use of C++ when using MATLAB. Ggneration Land Attack Weapon System. Using Magic Draw with UPDM2, Sims and SySML and Ad On’s.

Tasked with eventually building all DoDAF Diagrams up to Milestone C. 1/5/2011 – 8/19/ 2016

Wyle Corporation

Continued as lead Enterprise DoDAF Architect on Presidential Helicopter Program for PMA 274. Developing DoDAF 2.0

Architecture products using Artisan tool with UPDM profile initially and then Rational System Architect (RSA). Architecture was built in accordance with DoDAF and UML 2.0 Syntax. We are using USMC Reference Model and CJSI 6212.F as part of the effort to deliver technology Development Phase Architecture. Architecture

includes allocation to Subsystem Level. Architecture Model contained both logical and System diagrams and included model of Pilot /Aircrew and Maintenance training simulators.

12/18/2009 – 12/31/2010 Chantilly VA TASC

Senior system engineer Assigned to Enterprise Engineering Contract Airborne Standards. Developed engineering procedures for National Systems for Geospatial Intelligence (NSG) Interoperability Action

Team (NIAT). Developed plan for the engagement assessment of NGA operational architecture development initiative, developed plan for assessment of ISR TF Airborne Platforms. Developed plan and procedure for assessing horizontal integration of Unmanned Aerial Systems.

5/17/2004 – 12/18/2009

Northrop Grumman Electronic Systems Division Baltimore, MD System Engineering Manager leading efforts involving the development of DoD Architecture Framework Diagrams

including use of UML/ SySML and DOORS when applicable. Currently Radar design.

. Reviewed and reported on subcontractor products such as engineering drawings and compliance with specifications. Recently Lead Enterprise Architect on USMC Ground Based Radar Program. Lead Architect for International Council of System Engineers (INCOSE) on Geologic Observation System of Systems (GEOSS) Project. Using UML/SySML and ISO/IEC UML, and C++.

standard to do architecture using Artisan tool. GEOSS is an international effort by 70 countries to develop a single GEO portal for the world with a single registry and catalog that will provide access to worlds earth data. Served as Lead Enterprise Architect on Multi-Function Electronic Warfare Program for new Navy Destroyer. Architecture design included the inclusion of prevention of tampering and invasion of all subsystems within the System of System.

Praised for DoDAF modeling done by Program Manager for DDG 2000. Supported project for Bio- detection System

(BDS) where I re-engineered the BDS to include development of a System Segment and System Design document to act as function as the baseline for BDS. SLATE was used to capture requirements and Artisan was used to capture UML/SysML diagrams of existing system. Artisan was used to import existing system and database code form source code into the model of the baseline. Identified IA

requirements as part of the IT acquisition development process as part of development of system architecture using DoDAF 1.0 and 2.0.

• Assisted with determination of vulnerabilities and methods to eliminate and /or determine risk. One year preparing Program protection plans (PP) including Anti Tamper Plan and Acquisition Information Assurance (IA) Strategy. Information Assurance. For 0ne year performed Information Assurance Engineer Work. PPP related work was on both Systems of Systems and system and subsystems. Experienced was focused on Networks and Advanced Computers. . Experienced with compliance with USB, MIL-STD 1553, RS- 232/422, MIL-STD 810/461, Chapter 10,

• Previously worked in the Future Combat System Program as lead system architect using UML syntax and Rational Rose tool. Authored the design spec for the Synthetic Aperture

Radar/GMTI and submitted to Boeing and US Government for approval. Also supported the United Kingdom Ministry of Defense (MoD) building MoD. Education

California State University California Maritime Academy Bachelor's Degree

Marine Engineering, USCG License as Third Assistant Engineer, Commission as Ensign, USNR 1958-1961

Naval Post Graduate School US-CA-Monterey

Master's Degree

MS and BS Oceanography with Computer Science Minor 1971-1974 University of Maryland University College (UMUC)

MS Software Engineering December 2006-2008 of Maryland University College (UMUC) MS Software Engineering December 2006-2008

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