VT Milcom
Prime Contractor
N65236-01-D-3819
N65236-99-D-5709 |
3.6 Provided 24x7 on-site Integrated Shipboard
Network System (ISNS) support and Configuration Management engineering
validation in support of testing and troubleshooting and correction
of end-to-end network connectivity issues to include GOTS Delta
software, COMPOSE software, Cisco routers, Alcatel switches and
other system software/hardware and/or network software/ hardware
as directed. Assisted SSC-C Det St. Juliens Creek in the design,
testing, documentation and implementation of Embarkable Units aboard
LANTFLT fleet units.
3.11 Performed Installation, SOVT and Training on a variety
of C4ISR systems aboard multiple ship Classes in accordance with
certified ISO 9001-2000 Quality Systems Procedures (QSP). Established
and maintained an effective and economical QA Program per NAVSEA
LS720-AA-MAN-010/FMP appendix NAVSEA Tech Spec (NSTS) 9090-310C
and developed a Quality System per NAVSEA Standard Item 009-04
Paragraph 3.6 and subsequent paragraphs using ANSI/ISO/ASQ Q9000
Quality Management System as a guide. Used a separate Approved
Inspection Plan developed for each Work Item which was maintained
in a QA Plans & Test workbook located at each site. Developed
Process Control Procedures (PCP’s) for all Work Items per
NAVSEA Standard 009-09 and developed an AIT Instruction Data
Book for each alteration per MA-RMCINST 4790.3 that included:
RMMCO, AIT Check-In Sheet, In-Brief, ILS Certification, QA Certification,
SOVT, 4790CK, APL, ULSS, DD-1149, LAR approving SIDs, Redlined
Drawings, Completion Report, and Completion Message. Reviewed
the Test Note section of the SID to identify required tests and
inspections and formulated a Test & Inspection Plan that
was included in the QA Workbook.
3.12 Provided personnel, management, materials, and administrative
support to the SSC-Charleston Tri-Service Infrastructure Management
Office (TIMPO) Project Management Office (PMO) to assist in the
procurement/upgrade of TIMPO Local Area Network (LAN) Military
Health System (MHS) Information Technology (IT) requirements.
Activities included but were not limited to design support, infrastructure
design support, network configuration design support, technical
support, and drafting support. Performed site surveys at 28 Navy
and Army Medical Treatment Facilities (MTFs) and clinics in Regions
2, 6, 9, 11, & 12 to gather information to upgrade the LANs.
3.14 Performed Next Generation Network (NGN) Block 1
Upgrade, TempAlt Engineering, Integration, Installation, Testing
and SOVT Support aboard USS Theodore Roosevelt Battle Group. Task
required setup, configuration, test and troubleshooting system
interfaces from an Operational Perspective along with the physical
wiring and Network Topology. This included interfaces such as
JMHS, NAVMACS II, ISNS, GOTS Delta, SIPRNet, Aegis Display System,
AN/SQQ-89, NAVSSI, WRN-6, OTCIXS, TADIXS-A, TADIXS-B, FLT-BCST,
HIT-BOSN, Link-11, Link-14, Link-16, TRE-Tabular, ACDS Block
0, ACDS Block 1, NITES-2000, TESS/NITES, TWCS, ATWCS, and SPA-25G.
3.16 Provided systems engineering and technical support
for the design and implementation of a World Class, Leading Edge,
advance concept technology Integrated Product Center (IPC) with
interconnectivity to all major SPAWAR operational modes. Work
included acquisition logistics, requirement analysis, conceptual
design, systems engineering, installation design plan development,
technical installation, and project management support for the
upgrade and reconfiguration of electronic systems in the Tidewater
Regional Advanced Concept Technology IPC, Bldg V-53.
3.17 Provided maintenance engineering support for Submarine
Integrated Communications Systems (ICS) Base Band System (BBS)
and equipment. Maintained and updated maintenance concepts, tasks
and criteria for all levels of maintenance during the equipment/system
life cycle. Maintained documentation (repair standards, drawings,
specifications, test procedures, PMS, etc.) for technical accuracy
and adequacy. Maintained and updated maintenance inspection
criteria and procedures for repair and overhaul of systems and
equipment. Assisted in design reviews, evaluated and validated
maintenance action and their frequency. Supported 3-M system
by evaluating Planned Maintenance System (PMS) and Technical
Feedback Report (TBFRs). Provided technical support for field
changes and ECPs to improve system reliability, maintainability,
and safety. Maintained a quantity of ready for issue (RFI) spare
parts to respond to emerging requirements. Repaired equipment
to provide a supply of RFI equipment. Upgraded equipment/systems
to the latest configuration. Provided efficient transportation
to traceable means of equipment and/or material. Maintained and
provided RFI equipment and spare parts data in a shared relational
database that allowed for analysis by equipment, system, ship/shore
installation, or functional category.
3.19 Performed Submarine Integrated Communications Systems
(ICS) In-Service Engineering Agent (ISEA) Services. Provided
hardware integration support for hardware components of the specific
electronic/automated subsystems. Supported the ISEA to
ensure compatibility of all elements that make up a single system
and identified the interface requirements external to the system.
Functions included requirements to identify and ensure systems,
subsystems, equipment, and computer programs compatibility; document
external interfaces throughout the system life; advise of interface
problems with recommended solutions; monitor system tolerances
and error budgets for all elements of the system; support the
Technical Direction Agent (TDA), and participate in system tests
to demonstrate or assess system performance, safety, operability,
R&M, and Combat Systems Operations Sequencing System (CSOSS);
and review ECPs for their impact on interfaces.
3.21 Provided administrative support to the SSC-Charleston
TIMPO PMO which included development of: Project Management Plan;
Monthly Progress Reports; Interim Baseline Review; Task Management
Schedule; Cross-Walked Work Breakdown Structure; Pre-Site Survey
Questionnaire; Site Survey Template Package; Site Survey Report;
and Network Design and LAN Upgrade Proposal. |
SEA
CORP
Prime Contractor
N66604-02-D-0267
N66604-02-D-0940
N66604-99-D-0013
N66604-00-D-0759
N66604-00-D-212B
N66604-01-D-345B |
3.1 Supports development, implementation,
assessment and deployment of the APB-Acoustics concept to rapidly
introduce advanced Sonar capabilities into the submarine force.
Experience extends from the initial APB-98 through the current
APB-04 and addresses Medium Frequency and High Frequency Active
(MFA and HFA), Spherical Array (SA) including the Seawolf Large
Spherical Array, HF passive, conformal and line Hull Arrays (HA),
Wide Aperture Array (WAA) on 688 and Seawolf hulls, and TB-16/23/29/29
(all variants) towed arrays. Conduct assessments and analyze new
and modified algorithms and Technology Insertion (TI) system architectures
and evaluate their Sonar performance implications for active and
passive detection, tracking, classification, underwater communications,
platform noise monitoring, Sonar sensor data collection and archiving,
and environmental monitoring.
3.2 At the forefront of developing and testing the emerging
Tactical TOMAHAWK (TACTOM) weapon system. Developed the test
plans and test procedures and developed recommendations for performance
enhancement. Supported the design and development of alterations
to introduce new technologies into existing systems. Participated
in the design and integration of the Personal Computer-Mission
Distribution System (PCMDS) into existing submarine Combat Control
Systems. Provides system engineering, hardware and software test
and evaluation services in supporting the development of the
Encapsulated Harpoon Command and Launch System II (EHCLS II).
3.3 Supported the development, testing and installation
of the Submarine Multi-Mission Team Trainer (SMMTT) and Acoustic
On Board Trainer (OBT). Provided engineering services to enhance
the AN/WLR-9 Simulator with an Ethernet interface to SMMTT and
upgraded the software to provide additional targets and support
additional active modes per target. Updated requirements and
design documentation including the Interface Requirements Specification
and Software Design Document. Developed the software, performed
software unit testing and integration testing for the SMMTT system.
3.4 Developed prototype hardware/software systems for
many Navy systems, most notably variants of the Modular Gas Generator
Launch Canister (MGGLC) system. Designed R&D efforts to prove
that automotive airbag inflators could effectively propel a projectile
from a launch tube at desired acceleration and velocities. The
project was subsequently devoted to scaling-up the design to
launch full-size MK46 and MK50 torpedoes and to demonstrate that
the launches could be controlled to provide specified and selectable
acceleration, velocity and water-entry angle. Developed two full
working launcher system prototypes, both of which were used for
eight total demonstration launches. In additional related work
designed, built and tested a prototype six-inch diameter underwater
countermeasure launcher for use by submarines.
3.5 Provides engineering services ensuring detailed documentation
necessary to support system design, development, integration,
test and evaluation, and deployment is developed, reviewed, updated,
revised, maintained and utilized as required and directed through
all system engineering processes. Supported documentation on
Combat Systems AN/BSY-1, AN/BSY-2, CCS Mk1 and CCS Mk2, AN/BSY-1
Virginia Class.
3.7 Prepares and evaluates electronic circuit analyses
of complex circuits, components and modules used to determine
parasitic parameters that directly affect electronic reliability
in submarine system applications. Analyzed the effects of ESD
on components. Reviewed or conducted SCAs on critical components.
Prepared and reviewed FMECAs. Provided various assessments of
total system Availability (Ao), Mean Time Between Failures (MTBF)
and Mean Time Between Critical Failures (MTBCF) for combat systems’ modes
of operation, uptime and downtime, and deployed and non-deployed
periods, for each ship in which the system is installed.
3.8 Provides engineering support for the SMMTT and the
OBT. During the design phase, participated in the design of the
SMMTT Instructor Control Station (ICS) and the OBT Human Machine
Interface (HMI). Trainer specific controls and monitoring functions
were analyzed. Provided engineering services to analyze flexibility,
ease of use, commonality and training. Supported the development
of a common HMI specification for trainer systems that would
provide a common framework for instructors thereby reducing instructor
training costs and making the instructors more efficient.
3.9 During performance of tasking on the MGGLC program,
developed safety documentation to prepare launcher variants for
fleet introduction. Safety documents developed included: Weapons
Systems Explosive Safety Review Board (WSESRB) documentation
and briefing materials, System Safety Management Plan/ System
Safety Program Plan (SSMP/SSPP), System Safety Hazard Analysis
(SSHA), Safety Assessment Report (SAR), and Threat Hazard Analysis
(THA).
3.10 Provided Configuration Management services to the
U.S. Navy for a variety of systems and platforms. Conducted physical
and functional configuration audits for subsystems of the OHIO-Class
submarine Command and Control System. Prepared ECPs to control
and document performance and design changes of CCS hardware and
software. In addition to these physical and functional configuration
audits, have performed software configuration management tasks
for the TRIDENT Data Processing System.
3.15 Extensive experience in the development of unique
instrumentation used aboard Navy ships to collect data from tactical
Combat Systems. Designed hardware, developed software and produced
systems and associated installation documentation (TempAlts)
for such uses. Examples include: the Advanced Data Collection
and Analysis System (ADCAS) used for the Seawolf Class TECHEVAL/OPEVAL,
and the TOMAHAWK Certification and Instrumentation Suite (TCIS)
used to collect data between the Combat System and the TOMAHAWK
weapon as well as navigation data. Extensive experience as range
users in the planning, conduct and reporting of testing performed
at test ranges such as the Atlantic Undersea Test and Evaluation
Center (AUTEC).
3.18 Provided engineering support in the area of target
database enhancement, operation training scenario development
and technical manual review. Participated in the review of the
Interactive Electronic Technical Manual (IETM) for SMMTT and
OBT. Verified the operation and maintenance sections of the IETM
prior to delivery to the Navy. Support the target tuning process.
Participated in the development and testing of training exercise
scenarios for the shore-based training sites and OBT. |
