Seaport-E Experience
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RSC Team Experience in Functional Areas 3.1-3.22
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Company |
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2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
12 |
13 |
14 |
15 |
16 |
17 |
18 |
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22 |
Zone(s) |
RSC |
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x
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x
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x
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x
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x
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x
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6 |
CACI |
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x
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x
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x
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x
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x
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x
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x
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x
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1-7 |
Federal Analytics |
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x
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X
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X
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x
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x
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6 |
METI |
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x
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x
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x
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x
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x
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x
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x
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x
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x
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1-7 |
Orion |
x
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x
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x
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x
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x
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x
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x
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x
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x
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x
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2, 5, 6 |
Precise |
x
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x
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x
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x
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x
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x
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x
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2, 3 |
Seaport Functional Areas
The RSC Seaport-E Team is able to provide services as defined by functional areas. Services to be provided under this contract are categorized into 22 functional areas (FA) as follows. Examples of RSC Team’s past three years experience in different functional areas are also provided.
Functional Area 3.1: Research and Development Support
RSC provided principal design and development support to AFRL-HEA for the SensorHost software. SensorHost has successfully transitioned from the laboratory to over 30 high-end weapons systems trainers (WST) in the Navy and Air Force. SensorHost technologies, both high-resolution in-band sensor in-the-loop stimulation, or simulation, have been spun off as a product family known as virtual terrain board, “VTB,” that is currently being used by both the Air Force and Navy. Additionally, RSC provided research, development, and analysis of available commercial digital projectors for the purpose of displaying interactive simulation images to train aircrew in the basic use of NVG and other sensors. RSC provides on-going support for 6.1-6.4 RDT&E services for the Air Force Research Lab and NAVAIRSYSCOM, PMA205. RSC supports the life cycle of technology transition from prototype TRL levels 2,3 through integration to relevant tactical training environments and systems.
Functional Area 3.2: Engineering, System Engineering and Process Engineering Support
CACI provided engineering and technical support to NSWC PHD Louisville Detachment on gun weapon systems in the surface ship combat systems and surface warfare logistics and maintenance product areas.
Functional Area 3.3: Modeling, Simulation, Stimulation, and Analysis Support
CACI provided modeling and simulation support to NAVSEA, NSWC Dahlgren, Joint Warfare Commands and NAVSEA PEOs for combat and weapon systems development (SLBM), logistics (RBS), and network and joint warfare analysis (JWARS). CACI developed synthetic environments, instrumentation, and M&S applications for evaluation of Navy warfare system acquisitions, training, and Navy and joint warfare assessment.
Functional Area 3.4: Prototyping, Pre-production, Model-Making, and Fabrication Support
CACI provided prototype development support to NAVSEA and NSWC PHD engineers on MFR, SSDS, and CEC, as well as developed numerous extraction and data reduction tools to support T&E efforts for emerging combat system elements and self-defense systems.
Functional Area 3.5: System Design Documentation and Technical Data Support
RSC developed a Research Database Visualization (RDV) system. The RDV system has a robust user interface providing data entry, search and filter functions, interactive and dynamic visualization elements, and reporting methods. The RDV system implements a relational database system to store the research data and metrics. The system is easily adapted to other research domain areas (e.g. fatigue, medical, biomedical, etc.) and initially contains comprehensive Post Traumatic Stress Disorder/Traumatic Brain Injury (PTSD/TBI) taxonomy. The user interface manages and expands the taxonomy population. The database is stored on a data server for development and trial purposes. The system contains built-in visualization functions. The visualization is interactive and designed to discover new insights into the database. The system includes search and filter mechanisms to quickly find data to be visualized. A reporting system has been included to allow charts, graphs, and tabular data to be exported to a document editor or PowerPoint slides.
Functional Area 3.6: Software Engineering, Development, Programming, and Network Support
CACI provides software engineering, development, programming, and network support for systems maintenance and development resources to maintain and to design, develop, and implement improvements to an enterprise information system for submarine maintenance, engineering, planning and procurement (SUBMEPP) activity in support of USW weapons and vehicles. CACI provides a spectrum of software services for SUBMEPP maintenance and ship work planning (M&SWP) applications and supports ship work package development for all classes of Navy submarines and submersibles.
Functional Area 3.7: Reliability, Maintainability, and Availability (RM&A) Support
Precise Systems provides support to the PMA-274 Presidential Helicopters Program to acquire essential support services in support of PMA-274 integrated defense acquisition life cycle management framework. Life cycle management support includes, but is not limited to: execution of acquisition; program/project administration; data management/data library support; hangar security and facility management; acquisition MS documentation support; research, development test and evaluation (RDT&E); visitor control; risk management; configuration management; quality assurance (QA) and production; IA support and expertise; Corporate Systems Interface/IDE support and expertise; administrative, technical and engineering services in support of Presidential Helicopters Replacement program and In-Service platform missions.
Functional Area 3.8: Human Factors, Performance, and Usability Engineering Support
RSC provided engineering and scientific support in the deployment and analysis of component sensor simulation technologies previously investigated under international project arrangement between Defense Research and Development Canada (DRDC) and the US Air Force Research Laboratory (AFRL). Support provided in two principal scope areas; first, the integration and demonstration of the SERE (Synthetic Environment Radiometry Engine) and ICSM (Interservice Common Sensor Model) common synthetic environment technologies within certain DRDC enterprise simulation platforms, and second in the follow-on analysis of the NVG visual system capability previously developed by AFRL for the Hercules Observer Trainer, 8 Wing, CFB Trenton.
Functional Area 3.9: System Safety Engineering Support
Precise Systems provides support to the PMA-274 Presidential Helicopters Program to acquire essential support services in support of PMA-274 integrated defense acquisition life cycle management framework. Life cycle management support includes, but is not limited to: execution of acquisition; program/project administration; data management/data library support; hangar security and facility management; acquisition MS documentation support; research, development test and evaluation (RDT&E); visitor control; risk management; configuration management; quality assurance (QA) and production; IA support and expertise; Corporate Systems Interface/IDE support and expertise; administrative, technical and engineering services in support of Presidential Helicopters Replacement program and In-Service platform missions.
Functional Area 3.10: Configuration Management (CM) Support
Precise Systems provides support to the PMA-274 Presidential Helicopters Program to acquire essential support services in support of PMA-274 integrated defense acquisition life cycle management framework. Life cycle management support includes, but is not limited to: execution of acquisition; program/project administration; data management/data library support; hangar security and facility management; acquisition MS documentation support; research, development test and evaluation (RDT&E); visitor control; risk management; configuration management; quality assurance (QA) and production; IA support and expertise; Corporate Systems Interface/IDE support and expertise; administrative, technical and engineering services in support of Presidential Helicopters Replacement program and In-Service platform missions.
Functional Area 3.11: Quality Assurance (QA) Support
Performance Systems perform tasks to support the H-1 Upgrades General Program in various stages of their acquisition life cycle, from development to sustainment. These tasks included cost, schedule, technical analysis and program risk, assessment and quality assurance practices associated with the production of the H-1 Upgrades aircraft.
Functional Area 3.12: Information System (IS) Development, Information Assurance (IA), and Information Technology (IT) Support
CACI provided information systems development, information assurance, and information technology support, provided supply/provisioning, and in-service engineering support (ISEA) and administrative/office management support for clients on numerous delivery orders to NUWCDIVNPT Code 34, within the USW command and control systems product area directorate (PAD) and to the Portsmouth Naval Shipyard, by interfacing with the Navy Inventory Control Point, SUBMEPP activity, and other Defense Logistics Agency supply activities.
Functional Area 3.13: Inactivation and Disposal Support
CACI provided technical support services to NSWC PHD Louisville Detachment on the close-in weapon system in the surface ship combat systems and surface warfare logistics and maintenance product areas.
Functional Area 3.14: Interoperability, Test and Evaluation, Trials Support
Precise Systems provides support to the PMA-274 Presidential Helicopters Program to acquire essential support services in support of PMA-274 integrated defense acquisition life cycle management framework. Life cycle management support includes, but is not limited to: execution of acquisition; program/project administration; data management/data library support; hangar security and facility management; acquisition MS documentation support; research, development test and evaluation (RDT&E); visitor control; risk management; configuration management; quality assurance (QA) and production; IA support and expertise; Corporate Systems Interface/IDE support and expertise; administrative, technical and engineering services in support of Presidential Helicopters Replacement program and In-Service platform missions.
Functional Area 3.15: Measurement Facilities, Range, and Instrumentation Support
METI supports the Electronic Proving Ground (EPG) at Ft. Huachuca, Arizona and other EPG sites throughout the US. METI personnel plan, conduct, and analyze the results of Technical Tests for Command, Control, Communications, Computer, Intelligence, Surveillance and Reconnaissance (C4ISR) systems, Signal Intelligence, and Electronic Combat (EC)/Electronic Warfare (EW) equipment. In addition to conducting developmental tests, METI supports the Army operational test community in the conduct of operational tests, user tests, and experiments. METI personnel are experts in: distributed systems of systems testing; conducting bench tests, lab tests, field tests; conducting large-scale geographically distributed systems of systems tests (which employ a mix of live and simulated instrumentation and assets); using test facilities and laboratories to conduct tests on C4ISR systems; and supporting customers in the joint and training communities. METI employees have been instrumental in creating the EPG Communications Command Center, BETA, and RF laboratories, and are developing future test bed capabilities. METI provides support for the following representative EPG programs and systems:
- Tactical Unmanned Air Vehicle (TUAV)
- Maneuver Control System (MCS)
- Joint Tactical Radio System / Ground Mobile Radio (JTRS/GMR)
- Stryker
- Joint Capabilities Release (JCR)
- Ground Mobile Radio (GMR)
- Single Channel Ground and Airborne Radio System (SINCGARS)
- Light Armored Vehicle (LAV)
- Handheld Mobile Short Form Fit Radio (HMS)
- Land Warrior
- Enhanced Position Location and Reporting System (EPLRS)
Functional Area 3.16: Logistics Support
CACI provided strategic planning, engineering, management, and product development support to NSWC PHD Louisville Detachment on MK 34 gun weapon system and the MK 45 gun mounts in the surface ship combat systems product area. CACI provided the services and expertise to plan and implement the necessary logistics support for the MK 34 GWS and MK 45 gun mount.
Functional Area 3.17: Supply and Provisioning Support
CACI provided information systems development, information assurance, and information technology support, provided supply/provisioning, and in-service engineering support (ISEA) and administrative/office management support for clients on numerous delivery orders to NUWCDIVNPT Code 34, within the USW command and control systems product area directorate (PAD) and to the Portsmouth Naval Shipyard, by interfacing with the Navy Inventory Control Point, SUBMEPP activity, and other Defense Logistics Agency supply activities.
Functional Area 3.18: Training Support
RSC was involved with virtual environments synthetic training, research and development, analyses, studies and engineering for research and development of 3-D viewing capabilities for the common distributed mission training station (CDMTS). RSC provided research and development support and procurement efforts for a 3-dimmensional (3-D) viewing incorporated as part of an instructor operator station (IOS) capability to support the P-8A WTT/OFTIWST. Software deliverable end-item is called the Common Distributed Mission Training Station (CDMTS) and the Deployable Sensor Scene Simulation System (DS4). Tasks included entity and weapon visualization, 3-D viewer control capabilities, viewing pane error, data block capabilities, range ring and radar dome visualizations, and special effect displays.
Functional Area 3.19: In-Service Engineering, Fleet Introduction, Installation and Checkout Support
The Precise Team provided the USMC Light / Attack Helicopter Program Office with cost, schedule, performance, requirements, systems analysis and program risk assessment support. Team Precise entered the role in helping the USMC transition from the AH-1W and UH-1N to the AH-1Z and UH-1Y helicopters.
Functional Area 3.20: Program Support
Federal Analytics, LLC provided support services to the Aviation Training Systems Program Team, PMA205, through all phases of Naval Aviation training systems acquisition including concept refinement, technology development, procurement, test and evaluation, training facilities and equipment, in-service engineering and full life-cycle acquisition sustaining support. Provided subject matter expertise, principle technology management, and acquisition support to the Air Warfare Training Development (AWTD) IPT. Provide the required levels of experience and qualifications in program/project administration, including but not limited to: acquisition, financial, technical, production, requirements analysis, business case analysis, and administrative support to PMA205. Performance includes coordinating technology transition support services to the Office of Naval Research (ONR), Naval Research Lab (NRL), Fleet Forces Command (FFC), Headquarters Marine Corps, Commander, Naval Air Forces (CNAF), Chief for Naval Aviation Technical Training (CNATT), and the Training and Education Command (TECOM) and its associated Assistant Program Managers product teams.
Functional Area 3.21: Functional and Administrative Support
CACI provided acquisition, program and testing support to various NAVSUP commands and the Marine Corps, for the development of ammunition management systems and the Mobile Fleet Support Team’s (MFST) training.
Functional Area 3.22: Public Affairs and Multimedia Support
With a communications staff that includes former award-winning journalists, CACI Strategic Communications provides public affairs offices with end-to-end support in message development, writing press releases, developing press kits, developing and maintaining media databases, public affairs media training, tradeshow support and more.