Systems Engineering Mechanical Engineer

Ryan Forrest Carl King

** ***** ***** ****.

Ledyard, Connecticut 06339

Email: ****.*.****@**-**.***

*********@**-**.***

Clearance Level: Unclassified

Phone Number: 1-860-***-****

Education: Ashford University, Bachelor’s degree: General Warfare Studies 2013-2015.

US Marines 1998-2002

US Army 2007-2008 90% Disabled Veteran

Iraqi injured war veteran

Certifications from General Dynamics:

Systems Engineering for Model-Based Development.

Agile Systems

Logistics Engineer

Enterprise PDM for Systems Engineers

Systems Engineering Fundamentals (MSS)

Configuration/Data Management

Advanced Configuration Options

PDM Electrical Engineer

PDM Mechanical Engineer

AI and ML Solutions with Python: Deep Learning and Neural Network Implementation

Alexa Architecture and Components

Advanced Rails

Advanced Entity Framework

Administer vRealize Orchestrator and Troubleshoot Automation Implementation

Adaptive UI Layout and Caching Strategy

Accessing Data with Spark: Data Analysis Using the Spark DataFrame API

Adobe Premiere Pro CC 2015 Movies and Application Extensibility

Adobe Illustrator CC 2015 Gradients and Bitmap Images

Adobe ColdFusion 10 Fundamentals

Adobe Captivate 9: Publishing and Actions

Accessing Data with Spark: An Introduction to Spark

L3 Harris Oceanserver

General Dynamics Mission Systems/ Pittsfield Massachusetts

Advanced Optical Engineer, June 2019-Current

Advanced Systems Engineering Department 259, reviews and assets technical teams with recommendations resolving test problems, roadblocks or equipment malfunctions that impact the performance of Navigation devices and technology for the US NAVY. I work with a multi-tier contractual team consisting of Draper Stark Industries, Raytheon and General Dynamics Mission Systems.

My work delegates are a variety of duties in the electromagnetic field containing electronic, electromechanical and optical engineering areas. Constructs, troubleshoots, calibration adjustments for testing evaluations and maintains equipment components and devices for RFI systems. Works from engineering drawings and written/or verbal instructions. Operates related equipment, conducts testing and reports data in prescribed formats. Preforms calibration and alignment checks, makes modifications and replacements as directed and prepares and utilization of compounds and solutions. Preforms a variety of testing methods involving monitoring, assembling, improving and manipulating for product solutions for the Polaris/Trident upgrades ensuring no defects to the system. Utilizes standard testing processes on a variety of equipment and records results. Maintains and produces record results and technical published product and engineering for cross functional team.

10 Year Fleet Ballistic Service PIN award General Dynamics and USN per SSPINT 5305.1 dated 7/9/2019.

General Dynamics Electric Boat/New London Connecticut

Configuration Management

March 2017-June 2019

Configuration Management (CM) Electric Boat, General Dynamics CM program that includes items such as personnel responsibilities and resources, training requirements, administrative meeting guidelines including a CM utilization systems engineering process for establishing and maintaining consistency of a product's performance, functional, and physical attributes with its requirements, design, and operational information throughout the system life cycle of complex builds on the VIRGINIA Class and COLUMBIA Class Submarines. Construction is widely used by military engineering organizations to manage changes throughout the system life cycle. Understanding of the Department of the Navy CM, ANSI-EIA-649 Technology Infrastructure Library (ITL), and ("NEWCON ship Certification-Fast Cruise & Sea Trials QI-4500"). Configuration Control covers the CM process utilizing IT services management as defined in the ITIL (Electric Boat) 7G work and test liabilities which are completed or differed. The EB 3G build and 4GD structured configuration management TASK 42.4B program which I had TASKs which the system had to be able to report the following, all by hull and key events: Provides the ability to sync COLUMBIA Class (OR) & VIRGINIA Class construction authorization, key events, & AS-BUILT information from 3G meta-data program into Team Center that are stored as 2D products external to TEAM CENTER application without having to physically log into other applications for NX Models, CATIA Models, Accumark (Gruber) AutoCad, Excel, STEP, JT, OrCAD (dsn, Netlist, BOM, DXF), Pro/E, Solid Works, VISIO, Wind Chill, Word, PDF.

Experience:

General Dynamics Electric Boat/New London Connecticut

March-2017-June 2019

Department 426/HM&E Electrical Systems: Electrical Hull Penetrator (EHP) and outboard Cable group providing support and design of EHPs outboard cables and external cableways supporting all submarine programs for Electric Boat. System requirements are collected and evaluated from each system owner and used to determine the electrical signals and number of paths (single or multiple) and wavelength for optical engineering for signals are factors in the design of the EHP. Sonar, Weapons, Lighting, Communications, indication and Nuclear Power management are the systems that are supported. The D426 Instrumentation/IC Systems group provides alarm, monitoring, and safety circuits that transmit data concerning ship systems and equipment conditions to command and control areas. Conditions include: temp, pressure, and fluid levels, on-board com, telecom, amplified com circuits, submarine wire free com, telephone ship to shore com, Cc-In Service Engineering Agent (ISEA) for the integrated ships com, Underwater Camera systems. Diver System Scope (DSS-SOC) issues for Electrical Design and Engineering directorate. Development of engineering systems diagrams, system and equipment specifications, ship installation drawings, test procedures, design and qualification of electrical equipment and the procurement of engineered components.

HNM Systems/Virginia Power contract Norfolk

Design Engineer

February 2017-April 2017

Detail: Electrical Power Distribution Design Engineer-Plans construction and coordinates operations of facilities for transmitting primary distribution voltages 22KV or 11KV. Plans construction and coordinates operations of facilities for transmitting power from distribution points and customers: Layout substations and overhead lines in urban and rural areas of Chesapeake Virginia. Large customer’s feeds that are directly from distribution voltage to the low voltage systems. Voltages varies according to its design role in the supply and distribution system from Dominion Power. Experienced in the design phase utilizing CAD, prepares specifications and estimates costs, makes complete electrical computations to determine type and arrangement of circuits and size, type and number of pieces of equipment, such as medium voltage ranging between 2kv and 35 kv with use of transformers, circuit breakers, switches and lightning arrests for electrical distribution networks. The final stage of design reconfiguration was computing stress Underground-distribution Engineering (UDE) specifications on wire and cable. Plans layout of pole lines and underground cables for problem solving such as determining height, location, spacing, guying, and insulating of poles. Overall function for Strategic underground operations design and implementation carries electricity from the transmission substation of individual consumers. For design and industrial usage the primary distribution lines carry the medium voltage distribution to the customer’s premises.

US Army 99th Reserves Civil Engineering/Fort DIX New Jersey

Civil & Structural Engineer

May 2015-October 2016

Electrical Engineering/Structural Engineering for the 99th Regional Support Command (RSC), Department of Public Works (DPW) Northeastern United States on electrical and structural needs providing a multi-faceted role for base operations. As the regional electrical and structural engineer implementing project scopes for environmental impacts and standards for the Army Reserve's buildings. Duties included but not limited for building services and engineering, my role was responsible for the design, installation, and operation of the mechanical, electrical, and public health required for the safe, comfortable and environmentally friendly operations for upgraded modern buildings and facilities planning. Develop strategies to achieve organizational goals; understands the organization's strengths & weakness; Analyzes market and competition; identifies external threats and opportunities; Adapts strategy to changing conditions for projects with the Army Corps of Engineers. Planning, Coordination and quality assurance requirements specifications for service contact support of facility repairs. Coordinates and participates in occupational health and safety inspections. Prepares reviews and submits energy efficiency and sustainability practices and recommendations. Promotes energy conservation and awareness. Develops quality assurance program and implementation. Provides quality assurance inspection and maintenance repairs and documentations as required. Assist 99th RSC DPW implement corrective cost analysis actions, repairs and maintenance. Review refined task and requirements list and order the cost magnitude for sustainment, Revitalization and Maintenance (SRM) projects received from field personnel to meet the requirements of the 99th RSC DPW. Assists the 99th RSC Senior Engineering and Technicians with the prioritization of all SPM projects continually refine for the 99th RSC Annual Work Plans.

Fourth Technologies

Senior Electrical Engineer

October-2013-May 2015

TRADOC Enterprise Classrooms Program and the United States Army. We delivered educational technology as an electrical engineering responsible for over 500 classrooms yearly from all spectrums of the Army, spanning from instructional technology systems, infrastructure, and facilities support DPW and Army Corps of Engineers required effective integration of technology and curriculum teaching and effective learning models supporting all Army Aviation, Army Reserves, National Guard, Infantry, Intelligence schools. Electrical Engineering positions included but not limited to Classroom Technology Design, Installation, and Support. Responsibilities involved planning and coordination of particular school, classroom design layouts, installation coordination for installation work, and Refresh upgrades of AV/IT systems in the classrooms. Design and installations of Large Lecture Halls and other facilities, including Reception Centers for applications to include presentations, interactive collaboration, video/audio conferencing, streaming video and master control centers.

STS International/ Berkley Springs West Virginia

Systems Engineer

May 2010-May 2011

STS international and the United States Army, Rapid Equipment Force Doctorate project management and systems engineer/IRAQ providing a 24/7 maintenance and operational support on numerous complex perimeter surveillance systems, vehicle mounted imaging and force protection systems on ACR Army Unit capabilities simplifying intelligence and force protection measures. Coordinated and installed, inspected and troubleshoot systems as well as maintenance life cycle sustainment of multiple fielded systems, such as mast mounted, portable, mobile (Vehicle Mounted) and fixed Intelligence Surveillance Reconnaissance (ISR) systems; short to long range imaging and target accusations systems; central and distributed command and control (C2) systems and CSIR. Ground penetration Radar (GPR) systems for IED explosives imaging detection; wired Ethernet, (fiber optics) and wireless (802.11 a/b/g, See Net) communications systems, Server 2008 MCSE: Private Cloud Microsoft applications and the power generation. Company technical writing to the systems and revision to the systems for content revisions and development along with implementation for multi system projects along with re-engineering (Configuration Management) schematics improvements under different customer’s block change requirements.

EOIR Technologies/ Washington DC

Optical Engineer

Jun-2008-May2010

EOIR Technologies, keeping the war fighter operational with the latest in scientific research and development for ongoing Homeland Security efforts for the United States Army, Navy and Marines. My primary focus was optical and electrical engineering in the field of infrared spectrum, for new advancement in target acquisitions. Use developed cooling aspects for new electronics areas of operational equipment that which have in any atmospheric conditions. On special task for Night Vision Laboratory, My assignment was metrology; I assisted in replacement of Air Conditioning units and ductwork, our team changed out the ventilation and ducting of the system for a controlled dust free, humidity climate changes and particle regulation requirement for the lab. Replaced the heat pump, and redesigned the circuit breakers for a modern update. Updating the Air Conditioning system to provide cooling and metrology controls creating new night vision computer electronic chips. Electronic power supplies with Tesla circuits, Inverters, Free Energy Circuits, Chargers and High Voltage applications for Laboratory laser and manufacturing chipset equipment. CAD and VISIO experience consisting with working on analog electronics circuits, Digital electronic circuits with programmable capabilities. Designs for direct correlation for graphic ("Signal Intelligence") capability design and re-created components for on-going electronic systems and computer-board designs for Satellite data component processing structure. Writing the specification interpreted from Optical and Electrical Engineering designed in ZEMAX for sub-tier contactor specifications. These gave effective range to target operational structures in aerospace design applications. Helped in creating lens designs and system designs for new scope systems for the warfighter, I assisted in writing specifications and modifications for new operational manuals.

Computer Science Corporation/Chantilly Virginia

Electrical Engineer/ C COM Army Boomerang Automation System

May2007-June2008

Computer Science Corporation, a sub company to General Dynamics on systems software and data structure. The assignment was to incorporate the (Boomerang) project. A weapons enhancement capabilities for the war fighter by adding vehicle mounted counter sniper platform. My position was in charge of the Stock and inventory for the forward observation base Balad, Iraq under Army C systems Command or (C-COM) working on troop installation components for combat vehicles. Installations required the use of oscilloscope to determine certain system components functionality and evaluation requirements complying with all governmental regulations. Other areas of duties were troubleshooting the systems voltage requirements and needs using a variety of tools and schematics for proper installation and use in field environmental combat conditions and climates. The primary goal was to use mast-mounted hardware and microphones to detect and use algorithmic equations of clock tracking the bullets sound barrier waves; then computing the direction and distance of the shooter on electronic warfare system. After the shooter detection, I helped developed under (Computer Science Corporation) the networking to the automation 50 caliber crow system to certain vehicles to eliminate enemy targets. Ability to deliver a counter-sniper device throughout Iraq, traveling extensively for rapid installations. Under the Army guidelines giving classes on each system used to and briefs and commanders in the field.

Aerospace Ground Equipment Mechanic USAF 192nd Fighter Wing, Virginia Air Guard, MDG Joint Base Langley Eustis. AFJQS 2A6X2 General Dynamics F16 Eagle Squadron.

Before my deployment with the 29 Infantry Division 2/183rd RSTA Dismounted Cavalry, the Air Guard 192nd fighter wing was very low on flight line mechanics. My job performance as an certified instructor was to schedule and unscheduled maintenance on all flight line vehicles. Core knowledge from US Marines mechanics qualified cross designated school 3521, knowledge of mandatory principles of electrical, electronics, mechanics, heating, refrigeration, pneumatics, hydraulics and understanding of total engine rebuilds. Understanding of jet turbines and flight line safety standards. Advanced understanding of maintenance management techniques; interpreting of maintenance directives, technical publications, drawings, wiring diagrams and schematics. Understanding of (9-Level) leadership skills for teaching journeyman levels (5 through 7-Level) A1C to Sr. Airman on knowledge skills and abilities as fully qualified mechanics for MAJCOM specified AFJQS 2A6X2 School.

US ARMY

Army Service 2/183rd Reconnaissance Scout RSTA

June2003-May2007

My first Army duty was Charlie company C 2/130 MLRS Air Defense artillery at Ft. Riley Kansas from 2003 to June 2005. My duties aligned with the same job as a heavy equipment mechanic as the Marines. I gained the ability of extensive knowledge on the MLRS missile systems with hydraulics boom, tubes, and engine rebuild overhauls. Later I joined the I have combat operations tour in IRAQ, with the 2/183rd CAVALRY one tour combat operations tour in IRAQ. My primary duties in Iraq were to locate and give tactical reconnaissance and counter-reconnaissance gathering ("Human and Signal Intelligence") gathering, along with target acquisitions for sniper capabilities to top battlefield enlisted and Officer Personnel. Primary role was for scout snipers were to encounter opposition force detection and communication of intelligence for commanders in operations. My other tasks included security operations, by utilization of defeating or blocking hostile terrorist threats to convoys in the battlefield. The unit was vital information to coalition forces for troop’s movements between 3rd Infantry Division and the 29th Infantry Division’s 2/183rd. I was injured and sent back to the 3rd Infantry Division’s Army hospital, Ft. Stewart in 2007. I recovered quickly and had physical therapy for my injuries. I received honorable discharge in 2008.

US Marine Corps Heavy Equipment Mechanic 3521

November1998-November2002

I enlisted in the US Marines My first fleet duty was at Marine Corps mechanic’s Job code MOS 3521 Bridgeport Mountain and Snow Warfare School. My duty and responsibility included vehicle safety and safety operations in the mechanics shop, storage of tools and hazardous materials (i.e. fuels, lubricants, and batteries) and troubleshooting vehicle failures. This includes all of the vehicles system functions as electronic, transmission, steering, cooling, breaks and engine overhauls. During my time there, I overhauled and replaced engines and transmissions for the SUSVs snow tracked vehicles systems. My secondary function was training unit Marine Reserves. This included all unit for overall MAGTAF functions attached with Field Artillery under 1st Battalion 14th Marines 4th Marine Division as a noncommissioned officer in charge of training for the units reserves on operational equipment. Heavy Mechanic Marine duties included service fuel and water tankers, fix and repair Five Ton, new Seven-Ton introduction to the fleet and HUMMV vehicles for unit service repairs and maintenance of each unit’s equipment and function direction under the unit command.

Automotive Organizational Maintenance Course. This test is given at Camp Lejeune

Sax Freeman

Technician (RADAR)

US Navy/US Coast Guard

Febuary1996-Jun1998

: My main function was providing service support to the U.S. Navy and U.S. Coast Guard for the War on Drugs to support Interdiction to the (Imaging Intelligence) operations to the C2 systems and C4ISR shipboard operations. I originated with a gift and flair at building tactical weapons computer systems aboard the Tagos Class ships for the US. Navy joint operations with the U.S. Coast Guard on complex network of computers, radar systems, navigational receivers, satellite feeds, cryptographic communication feeds, for the Navy, and Coast Guard ships. Networked Hewlett Packard servers and Northrup Grumman communications gear for satellite feed with the main ships computer and Radar systems (Imaging Intelligence) for location & Locking positions for target acquisitions, I also installed (CAT 5 Net.) cabling for networking the tactical computers and the radar systems to function and work together for acquiring targets on (C2) systems on board the US. Coast Guard Cutter class ships. Repaired and worked on the AIS system to track data ship communications changes identification, position vessel movements, course, and speed to combat Information Center for Defense Information Systems Agency's Global Command and Control System (GCCS). Lab skills were to re-build computer systems by replacement of new motherboards, hard drives, Zip drives, and updating all device drivers and software. With new motherboards I replaced cache memory, and Ram memory upgrades to the boards. Radar systems: I completed total rebuilds of the radar system main boards and system function interface boards. Along with my duties I was troubleshooting the radar system and testing bad control boards in the lab with oscilloscopes to see if they were functional.

• I had to order new replacement cards for the bad ones. I was in charge of building new radar electrical and wiring. I used new wiring diagrams and help assist in CAD engineering for redesigns.

Reference:

General Dynamics Mission System: Tarice Martin 678-***-****

General Dynamics Electric Boat: Salvatore Nuctifora 860-***-****

L3 Harris:Sandy Reed: (617)602-222

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