Attachment_4_RADAR_PWBS_Index_Dictionary.xlsx

XLSX spreadsheet 41 KB Posted Oct 7, 2015

Attached to: MQ-8C Maritime Search Radar
Solicitation number: N00019-15-PMA266-0029
Issued by: Department of the Navy Naval Air Systems Command

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Program Work Breakdown Structure Index

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Q A_4NOV2015.docx	DOCX document	Nov 4, 2015
Industry_Day_Q A_FBO_13_Oct_2015.pdf	PDF	Oct 13, 2015
MQ-8C_Maritime_Search_RADAR_Industry_Day_Attendees_09Oct2015.pdf	PDF	Oct 13, 2015
Industry_Day_Q A_Unsorted_FBO_13_Oct_2015.pdf	PDF	Oct 13, 2015
WP_CDRLs.pdf	PDF	Oct 7, 2015
Attachment_5_Manufacturing_Readiness_Level_(MRL)_Users_Guide.xls	XLS spreadsheet	Oct 7, 2015
RADAR_OEM_RFP_20150923.pdf	PDF	Oct 7, 2015
TE_CDRLs.pdf	PDF	Oct 7, 2015
Attachment_9_CPI_Work_Breakdown_Structure_(WBS).xls	XLS spreadsheet	Oct 7, 2015
LG_CDRLs.pdf	PDF	Oct 7, 2015
Attachment_3_DD_Form_254_Security_Classification_Specification.pdf	PDF	Oct 7, 2015
Attachment_1_RADAR_POR_SOW.pdf	PDF	Oct 7, 2015
Attachment_12_Priced_Bill_of_Material_Data_Item.docx	DOCX document	Oct 7, 2015
Attachment_6_Technology_Readiness_Assessment_(TRA).pdf	PDF	Oct 7, 2015
CM_CDRLs.pdf	PDF	Oct 7, 2015
PM_CDRLs.pdf	PDF	Oct 7, 2015
Attachment_8_DD1921_Cost_Data_Summary_Report.xls	XLS spreadsheet	Oct 7, 2015
Attachment_7_TRA_Critical_Technology_Element.xlsx	XLSX spreadsheet	Oct 7, 2015
Attachment_11_CDRL_Submittal_Approval_Rejection_Form.docx	DOCX document	Oct 7, 2015
Attachment_2_RADAR_POR_Perf_Spec.pdf	PDF	Oct 7, 2015
SE_CDRLs.pdf	PDF	Oct 7, 2015
N00019-15-R-4000_MQ-8C_RADAR_Industry_Day_FBO_20150727.pptx	PPTX presentation	Jul 27, 2015
N00019-15-R-4000_Exhibit_A_DD1423_CDRL_DRAFT_20150717.pdf	PDF	Jul 17, 2015
N00019-15-R-4000_Att_8_DON_CPI_WBS_ToolV1_01_(12_Aug_2008)_20150717.xls	XLS spreadsheet	Jul 17, 2015
N00019-15-R-4000_Att_2_PBS_DRAFT_FBO_20150717.docx	DOCX document	Jul 17, 2015
N00019-15-R-4000_Att_7_DD1921_CDSR_20150717.xls	XLS spreadsheet	Jul 17, 2015
N00019-15-R-4000_RADAR_OEM_RFP_DRAFT_FBO_20150717.docx	DOCX document	Jul 17, 2015
N00019-15-R-4000_Att_6_TRA_Guide_2011_20150717.pdf	PDF	Jul 17, 2015
N00019-15-R-4000_Att_5_MRL_Users_Guide_V12.5.16_20150717.xls	XLS spreadsheet	Jul 17, 2015
N00019-15-R-4000_Att_4_RADAR_PWBS_Index_Dictionary_20150717.xlsx	XLSX spreadsheet	Jul 17, 2015
N00019-15-R-4000_Att_1_SOW_DRAFT_FBO_20150717.docx	DOCX document	Jul 17, 2015
N00019-15-R-4000_Att_3_DD254_For_Bidding_Purposes_Only_20150717.pdf	PDF	Jul 17, 2015
Registration_Sheet.xlsx	XLSX spreadsheet	Jul 9, 2015

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PWBS_Index

PWBS Code	Program Work Breakdown Structure Index				Program: Fire Scout Radar SUW Increment			RFP NO: XXXXX	Contract Plan No: xxxxxx
					Contractor Name:
		Contract No: xxxx
									Date:
	Name of Preparer:
	Phone Number:
	Email Address:
	PWBS ELEMENT						PWBS ELEMENT NAME
	LEVEL
	1	2	3	4	5	6
1.0	X						Fire Scout Radar
1.1		X					Prime Mission Product (PMP)
1.1.1			X				Expeditionary Radar Assembly (ERA)
1.1.1.1				X			ERA Hardware
1.1.1.1.1					X		Radome
1.1.1.1.2					X		Antenna Frame, Structure, Mounting
1.1.1.1.3					X		Vertical Assembly & Radiating Elements
1.1.1.1.4					X		Power Suppliers at TR Modules
1.1.1.1.5					X		Beam Steering Control Module
1.1.1.1.5.1						X	Beam Steering Control Module Hardware
1.1.1.1.5.2						X	Beam Steering Control Module Software Release
1.1.1.1.5.3						X	Beam Steering Control Module Integration, Assembly, Test & Checkout
1.1.1.1.6					X		Receiver Exciter Control Modules and RF Receivers
1.1.1.1.7					X		Receiver Exciter
1.1.1.1.7.1						X	Receiver Exciter Hardware
1.1.1.1.7.2						X	Receiver Exciter Software Release
1.1.1.1.7.3						X	Receiver Exciter Integration, Assembly, Test & Checkout
1.1.1.1.8					X		Processor
1.1.1.1.9					X		IFF
1.1.1.1.10					X		Power/Active Recifier
1.1.1.1.11					X		Rotating Enclosure Mechanical
1.1.1.1.12					X		IMP/Stationary Enclosure
1.1.1.1.13					X		ERA Integration, Assembly, Test & Checkout
1.1.1.2				X			ERA Firmware
1.1.2			X				System Support Equipment Pallet (SSEP) - Hardware
1.1.3			X				PMP Application Software
1.1.4			X				PMP System Software
1.1.4.1				X			Software Product Engineering
1.1.4.2				X			Radar CSCIs
1.1.4.2.1					X		Radar Control and Signal Processing (RCSP)
1.1.4.2.2					X		Communications (COMMS)
1.1.4.2.3					X		Mission Planner (MP)
1.1.4.2.4					X		Net Centricity (NC)
1.1.4.2.5					X		Operator Command and Control (OCC)
1.1.4.2.6					X		Power and Health Monitor (PHM)
1.1.4.2.7					X		Radar Adaptation Manager (RAMS)
1.1.5			X				System Level Integration, Assembly, Test & Checkout
1.2		X					Platform Integration, Assembly, Test & Checkout
1.3		X					Systems Engineering
1.4		X					Program Management
1.5		X					System Test and Evaluation
1.5.1			X				Development Test and Evaluation (DT&E)
1.5.2			X				Operational Test and Evaluation (OT&E)
1.5.3			X				Mock-ups / System Integration Labs (SILs)
1.5.4			X				Test and Evaluation Support
1.5.5			X				Test Facilities
1.6		X					Training
1.7		X					Data
1.7.1			X				Technical Publications (DEF)
1.7.2			X				Engineering Data
1.7.3			X				Management Data
1.7.4			X				Support Data
1.7.5			X				Data Depository
1.8		X					Peculiar Support Equipment
1.9		X					Common Support Equipment
1.10		X					Operations/Site Activation
1.11		X					Industrial Facilities
1.12		X					Initial Spares & Repair Parts

PWBS_Dictionary

PWBS Code	Program Work Breakdown Structure Index	Program: Fire Scout Radar SUW Increment	RFP NO: XXXXX	Contract Plan No: xxxx
			Contract No: xxxx
				Date:
	Name of Preparer:
	Phone Number:
	Email Address:

PWBS ELEMENT NAME PWBS DEFINITION

1.0	Fire Scout Radar	Pre-EMD phase of the 3DELRR program with focus on establishing TRL and MRL 6 in order to gain milestone B approval to release the RFP for a FFP acquisition for EMD, LRIP & FRP of 35 3DELRR systems. The pre-EMD phase of the program will generate CDRLS along with periodic updates as contractually required, conduct a PAC, SRFR & PDR comprehensive system reviews. Additionally the program phase will conduct a series of technology maturation events in support of declaring our 3DELRR system to be at TRL 6. These maturation events will culminate in a Demonstration C in which a full size, partially GaN populated prototype system will be demonstrated. The program phase will be managed utilizing the full complement of NGC program management tools including an Integrated Master Schedule.
1.1	Prime Mission Product (PMP)	The hardware and software used to accomplish the primary mission of the defense materiel item. This WBS element includes the design, development, and production of complete units (i.e., the prototype or operationally configured units, which satisfy the requirements of their applicable specifications, regardless of end use) and is comprised of the sub elements listed below.
1.1.1	Expeditionary Radar Assembly (ERA)	The hardware and associated resource components of the specific electronic/automated software subsystem.
1.1.1.1	ERA Hardware	The hardware and associated resource components of the specific electronic/automated software subsystem
1.1.1.1.1	Radome	Task that covers all design and development of the radome, including definition of the interfaces with the array. This task covers all modeling and design efforts, including the generation of all design documentation required to manufacture and test this component. Task includes material costs associated with the procurement of the radome from the selected vendor. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.2	Antenna Frame, Structure, Mounting	The Antenna Frame Structure Assembly is affixed to the Rotating Mechanical Enclosure through an Elevation pivot joint and supports the following antenna hardware: Radome, Vertical Assembly & Radiating Element Duct assemblies, Azimuth Power/Logic and RF Distribution Networks, Azimuth Air Distribution Plenums used in the Antenna Cooling System, Antenna Cooling Fans, Array Support Electronics (ASE) Enclosure, and all Power/Control/RF Interfaces to the Rotating Mechanical Enclosure. The TR Quadpack Modules (TRQ's), Micro Power Supplies, and the Antenna Support Electronics LRU modules are part of the next higher assembly and are not part of this development task. Tasks included in this development effort will include the Mechanical / Structural / Thermal/Power & RF distribution component and assembly design, modeling, analysis and documentation for all hardware in the assembly. The task also includes all costs for material and labor required to perform the design, analysis, procurement, manufacturing, assembly, tooling development, as well as the integration and testing of all hardware developed for this assembly.
1.1.1.1.3	Vertical Assembly & Radiating Elements	The Vertical Assembly & Radiating Element hardware is a modular assembly of a single antenna main air duct assembly that provides the structural mounting and cooling mechanism for the TR Quadpacks (TRQ) and Micro Power supplies it supports, a set of Power Logic boards which distribute 270 VDC and Command Logic to the TRQ/Micro PS sites on the duct, a set of RF manifolding and Tx Divider/Rx Combiner boards for the RF signal distribution to each TRQ, and the Circulator/Isolator/Radiating Element/Filter assemblies (CIRFS) which provide the bi-directional RF interface with filtering from the each TRQ channel to freespace. The duct assembly supports 30-TRQ's and Micro Power supplies and is installed as a single assembly in the array on 22 - parallel Vertical Assemblies making up the aperture. This task supports the development of the design, analysis, and design documentation required manufacture and test these components and also includes all costs for labor and material required design, procurement, manufacturing, integration and testing of all hardware developed under it.
1.1.1.1.4	Power Suppliers at TR Modules	The Micro Power supply provides a highly reliable distributed power system for the TR Quadpack (TRQ) Modules. A single Micro is assigned to each TRQ and mounts in a stacked configuration above it at each TRQ site on the air duct assembly. The Micro Power Supplies are conduction cooled through four mounting posts which are part of the duct assembly. Both Micro Power Supply and TRQ assemblies are field replaceable. The Micro Power Supply provides the three operating voltages made from 270 VDC provided through the Duct Assembly's Power Logic Board and up through a flex circuit at each TRQ site. Control logic signals for the Micro and TRQ are also passed up through the flex circuit assembly from the Power Logic Board. Development of the Array Micro Power Supply assembly is inclusive of requirements definition, design, engineering design verification test, and manufacturing support of the design. This task supports the design effort, the production of all design documentation required manufacture and test the hardware comprizing this assembly, and includes all costs for material and labor to design, procure, manufacture, assemble, integrate and test all hardware developed under it.
1.1.1.1.5	Beam Steering Control Module	The Beam Steering Control Module (BSCM) provides the calculations for the elemental transmit and receive phase, attenuation, and mode control commands for all of the TR Modules within the AESA. There are two BSCM's per antenna, with each responsible for 1/2 the array. The BSCM's are 6U VME style air cooled removable module assemblies that reside in the Array Support Electronics (ASE) chassis, located just below the antenna aperture face on the antenna structure.The BSCM's receive beam steering commands from, and provide status to theAntenna Control Module (ACM) also located in the ASE. Development of the BSC module assembly includes requirements definition, design, engineering design verification test, and manufacturing support of the design. This task also supports the development of the design with supporting analysis, along with the supporting the design documentation required manufacture and test these components and includes all costs for material and labor to design, procure, manufacture, assemble, integrate and test all hardware developed under it.
1.1.1.1.5.1	Beam Steering Control Module Hardware	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.1.1.1.5.2	Beam Steering Control Module Software Release	Task includes integration and testing of the Beam Steering Control (BSC) CSCI Code to ensure that its meets the requirements of the SRS. Also includes the correction and retest of defects indentified in SCRs and SPRs during software and system release I&T. Effort also includes the planning, dry runs, and performance of Software Qualification Test for the BSC CSCI, including the development and delivery of the Software Test Description and Software Test Report.
1.1.1.1.5.3	Beam Steering Control Module Integration, Assembly, Test & Checkout	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.1.1.1.6	Receiver Exciter Control Modules and RF Receivers	The Receiver Exciter Control Module (RECM), RF Receiver, and Distributed Waveform Generator (DWFG) hardware provide the control and timing for all Receiver/Exciter functions in the ERA as well as the transmit waveform generation and first receive down conversion function. LRUs are located in the Array Support Electronics (ASE) chassis and include one RECM, 7 quad-channel RF Receiver LRUs, and 7 Distributed Waveform Generation LRUs. In addition, there is a Common Bus Interface and Synchronizer (CBI/Sync) LRU that provides timing and communication interfaces between the Receiver Exciter LRUs and the RECM. Several power supplies including two High Current Power Supplies, two Multi-voltage power supplies, and two Linear Regulators provide conditioned power to the RE LRUs and to the two BSCMs and the ACM, also located int he ASE. With the exception of the RECM, these LRUs are of the 6U VME style module with the RECM and the ACM being Curtiss Wright SBCs. All of the LRUs are air-cooled and removable LRUs. Development of the Receiver Exciter modules and power supplies within the ASE includes requirements definition, design, engineering design verification test, and manufacturing support of the design. This task supports the development of the design with supporting analysis, along with the supporting the design documentation required manufacture and test these components, and includes all costs for material and labor to design, procure, manufacture, assemble, integrate and test all hardware developed under it. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.7	Receiver Exciter	The IF Receiver/Exciter (IREX) provides the IF signal generation as well as the analog to digital conversion, preprocessing, and packetization of the receive channel data, and it provides CW RF reference signal generation and master clock generation for all functions in the ERA. The IREX includes 14 dual-channel IF Receiver LRUs, one fiber mux interface LRU, one reference generator LRU, and one distribution module LRU. The LRU also contains three high current power supplies, two multi-voltage power supplies, and two linear regulator power supplies to provide conditioned power to the IREX. These LRUs are located within the IREX chassis that is located in the rotating enclosure with the Pedestal Electronics Assembly (PEA). All of the IREX LRUs are 6U VME style air-cooled removable LRUs. Development of the IF Receiver/Exciter includes requirements definition, design, engineering design verification test, and manufacturing support of the design. This task produces all design documentation required manufacture and test this component and includes all costs for material and labor to design, procure, manufacture, assemble, integrate and test all hardware developed under it.
1.1.1.1.7.1	Receiver Exciter Hardware	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.1.1.1.7.2	Receiver Exciter Software Release	Includes definition, design, code, test, integration and support of the Receiver / Exciter software that executes in the controller located in the R/E and sets up the R/E hardware to make data collection measurements every beam position.
1.1.1.1.7.3	Receiver Exciter Integration, Assembly, Test & Checkout	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.1.1.1.8	Processor	Task for the Design, Fabrication, Integration, Engineering Test, Factory Test, Support, and Factory NRE Tooling and Test Equipment for the Processor Chassis Assembly, PPC/RACE Processing CCA, FPGA/RACE Processing CCA, Dual Power PC Single Board Computer, Ethernet Switch and the Power Supply. Task for the effort associated with replacing the proposed Mercury Race++ processor, which is approaching end-of-life, with a Serial RapidIO processor. Task includes efforts to specify, solicit proposals, and evaluate/select either Curtiss Wright or Mercury to provide the processor hardware to support the program. Includes all costs for material and labor to procure, manufacture, assemble, integrate and test all hardware developed under this task. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.9	IFF	Costs associated with the procurement of the IFF interrogator. Includes the specification and development of the modified power supply to comply with the ERA interface requirements. Procurement of the IFF hardware is to be performed by NGC. Task also includes costs associated with the procurement of the IFF Antenna to meet the defined specification. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.10	Power/Active Recifier	Development of the Active Rectifier assembly inclusive of requirements definition, design, engineering design verification test, and manufacturing support of the design. Task includes costs for material and labor to manufacture, assemble, integrate and test the hardware developed under this task. To be performed by NGC. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.11	Rotating Enclosure Mechanical	Procurement / fabrication and design labor to complete the rotating enclosure design which includes requirements definition, preliminary design, detailed design, analysis, and drafting. The rotating enclosure is part of the Pedestal Electronics Assembly (PEA) and houses all electornics that rotate with the array, including the processor, IREX, bulk capacitors, and power distribution panels. This structure is a stiffness driven design and includes interfaces for backstays that mate to the array to meet the mechanical beampointing allocation. Includes all costs for material and labor to procure, manufacture, assemble, integrate and test all hardware developed under this task.
1.1.1.1.12	IMP/Stationary Enclosure	Task associated with the design and development of a trailer which is integrated with the Expeditionary Radar Assembly mechanical structure. Weight concerns drove the design away from standard trailer manufactured components to a weight-optimized Integrated Mobile Pallet (IMP). The IMP consists of a Mobile Pallet, which is a custom aluminum trailer structure whose design is primarily weight and stiffness driven, along with a Stationary Enclosure which houses the ERA electronics. Task includes labor and material to procure, manufacture, assemble, integrate and test the Integrated Mobile Pallet. (This WBS element is not applicable to the 3DELRR Pre-EMD contract)
1.1.1.1.13	ERA Integration, Assembly, Test & Checkout	This is the SRU/ Module preliminary and detailed design and breadboard/brassboard prototype activity which can be kept as a summary level charging structure. This effort would also include any subassembly design verification test (DVT). This includes all design labor (e.g., electrical, mechanical, structural, thermal, RF, etc...). Does not include drafting. The effort to elaborate the allocated system requirements into Firmware requirements, develop the Firmware architecture, partition the architecture into devices, and design the Firmware work products. Design includes coding, simulation, and verification at the device, module, subsystem, and system level. (Firmware = FPGAs, CPLDs, PROMs, etc.)
1.1.1.2	ERA Firmware	Firmware Configuration Item (FWCI) development effort that includes requirements derivation and allocation, conceptual, preliminary and detailed design, fabrication and assembly, design verification and test, and production support associated with the 3DELRR FPGAs that reside in the Antenna, Active Rectifier, IREX, and RSP. These are for Non-Recurring Engineering activities associated with FPGA development and test; they do not including tooling, quality control, or manufacturing. This process was established to ensure a common, comprehensive design process is followed for all designs, with the intent of increasing design quality, and reducing development cost and time. All work is to be performed by Northrop Grumman employees.
1.1.2	System Support Equipment Pallet (SSEP) - Hardware	The System Support Equipment Pallet (SSEP) houses all required ERA support eqpuipment, implacement components, and spares for the system. This is the reqmts definition, HW follow, product integrity, test design, drafting, RN incorporation, SRU/ Module preliminary and detailed design and breadboard/brassboard prototype activity which can be kept as a summary level charging structure. This effort would also include any subassembly design verification test (DVT). This includes all design labor (e.g., electrical, mechanical, structural, thermal, RF, etc...). Does not include drafting.
1.1.3	PMP Application Software	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.1.4	PMP System Software	The Prime Mission Product System Software is the effort to perform all software engineering activities associated with the development, test, and support of the Prime Mission Product System Software.
1.1.4.1	Software Product Engineering	All of the resources associated with the PMP software product engineering efforts. Software product engineering is focused on process maturity and continuous improvement. Sound software product engineering is a systematic framework, which breaks down the software development process by relating each level to a knowledge domain and localizing exactly on those qualities that become visible in that knowledge domain.
1.1.4.2	Radar CSCIs	The Radar CSCIs comprise all software functionality required to perform target detection, tracking, communications, system health monitoring and fault isolation, calibration, operator interfaces, and mission planning.
1.1.4.2.1	Radar Control and Signal Processing (RCSP)	Includes definition, design, code, test, integration and support associated with the software execution in the ERA Signal Processor that performs two primary functions. It accepts mode and waveform adaptation controls from the Data Processor, schedules radar measurements at the beam position level, and issues commands to the hardware controllers to make the measurements.
1.1.4.2.2	Communications (COMMS)	Includes definition, design, code, test, integration and support associated with the management of interfaces external to the system. This includes providing a translation of data between a 3DELRR internal format and the Interface Control Document (ICD) defined format for each external interface, and the monitoring of the health of each external interface.
1.1.4.2.3	Mission Planner (MP)	CSCI development effort that includes definition, design, code, test, integration and support associated with the 3DELRR System Mission Planner. The CSCI is responsible for tailoring / enhancing radar performance via the Operator/Maintainer Workstation interface based on the assigned mission and the battlefield threats.
1.1.4.2.4	Net Centricity (NC)	CSCI development effort that includes definition, design, code, test, integration and support associated with the 3DELRR Net-Centric capabilities. This CSCI represents the core functionality and capabilities for content discovery and published data generated by 3DELRR system. NC subscribes internally to 3DELRR for data and products generated by the system. The most important feature of NC is its ability to stream product/data updates to external clients which have requested (registered) in advance for the data. The CSCI shall configure itself to receive all relevant products and data available internally on the 3DELRR system. The CSCI creates and manages a list of subscribers for each product/data type.
1.1.4.2.5	Operator Command and Control (OCC)	CSCI development effort that includes definition, design, code, test, integration and support associated with the 3DELRR System command and control user interface. This CSCI provides menus and controls for user login, system setup data, radar control and support, IFF control support, PMFL support; record and playback support; and data collection. This CSCI provides for management of menu data, controls and generic features.
1.1.4.2.6	Power and Health Monitor (PHM)	CSCI development effort that includes definition, design, code, test, integration and support associated with the power management, operator interface support, pedestal structure monitoring, pedestal health monitoring, system health collection. and is the performance monitoring/fault location (PM/FL) information focal point
1.1.4.2.7	Radar Adaptation Manager (RAMS)	CSCI development effort that includes all efforts associated with Command/Data Interface between the Communications and the ERA, IFF Interrogator Interface/Scheduling, Terrain Mask computations, control/monitoring of antenna motion, and training capability.
1.1.5	System Level Integration, Assembly, Test & Checkout	The resources specifically related to evaluating the CSCIs and hardware operation as a subsystem.
1.2	Platform Integration, Assembly, Test & Checkout	The effort involved in providing technical and engineering services to the platform manufacturer or integrator during the installation and integration of the PMP into the host system
1.3	Systems Engineering	Task for Systems Engineering Integration and Test in support of the 3DELRR Pre-EMD program. Includes efforts to establish and maintain an effective systems engineering program IAW Institute of Electrical and Electronics Engineers (IEEE) 1220-1998 and provide an interdisciplinary approach governing the total effort to transform the 3DELRR requirements into a system solution, including Technical Performance Measures (TPM), integration of design engineering, engineering specialties, manufacturing, test and logistics support to satisfy operational performance, safety, cost and schedule objectives. Includes efforts to develop and maintain a requirements database and the efforts to apply the database for the development of the required CDRL technical specifications. Provide SE support to all program elements, and support efforts associated with preparing for programmatic reviews (e.g. PDR, CDR, etc.) and modeling/simulation. Includes planning, documentation and execution of a System Integration and Test Plan. Includes System Engineering Management, Requirements Definition, Modeling and Simulation, Architecture Definition, System Design, Affordability, and EMI/EMC/EMP. Includes elements for EDM Supportability; Reliability, Maintainability, Performance Monitoring (BIT), Human Systems Integration, and Environmental Safety and Health efforts.
1.4	Program Management	Task for Program Management office and Product IPT Management in support of the 3DELRR Pre-EMD Program. Includes Program and Risk Management efforts, Business Management (Finance, Scheduling, Contracts), Material Management, Quality, Data Management, Configuration Management, Manufacturing Operations, Program Security, Engineering Management, and ILS/PBL Management. Program Management includes responsibility for cost, schedule and technical performance of NGC and its subcontractors. Includes informal and formal reporting of program progress and issues to the USAF PMO. Tasks include development of a Contractor Work Breakdown Structure (CWBS) and a Performance Measurement Baseline (PMB). Task includes efforts to plan, host, attend, coordinate, support and conduct meetings, formal reviews, conferences, and audits in conjunction with the Government. Includes efforts to manage the submission and applicable responses to formal CDRL submissions to the USAF. Cost associated with establishing, maintaining and execution of a Cost reporting process which ensures that all labor and material expenditures are accrued against the proper contract line items; that cost performance is measured (value for completed tasks); planned and actual costs to date; and that a reliable cost and schedule status is reported to the Government. Also captures costs associated with the product IPT leads responsible for the cost, schedule and technical performance of the product IPT organizations.
1.5	System Test and Evaluation	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.5.1	Development Test and Evaluation (DT&E)	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.5.2	Operational Test and Evaluation (OT&E)	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.5.3	Mock-ups / System Integration Labs (SILs)	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.5.4	Test and Evaluation Support	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.5.5	Test Facilities	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.6	Training	Tasks to develop training materials support of training requirements. This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.7	Data	Tasks to develop data in support training. Northrop Grumman will investigate differential configurations and capabilities regarding the 3DELRR system in order to explore potential export opportunities within Technical Publications. The reamining children tasks do not apply to the 3DELRR Pre-EMD contract.
1.7.1	Technical Publications (DEF)	Northrop Grumman (NG) shall recommend differential protections and/or differential capabilities needed to protect critical program information against foreign collection threats. NG shall investigate the necessity and feasibility (from cost, engineering, and exportability perspectives) of the design and development of differential capability and enhanced protection of exportable versions of the system or subsystem for exports to our closest allies and friendly nations not among our closest allies. NG shall provide the Government with the analyticial basis for their recommendations. After final Government review and approval of these recommendations, NG shall develop statements of work sufficient to design and test the approved differential protections and/or capabilities along with an estimate of the associated differential cost to design, test, and build the export version(s).
1.7.2	Engineering Data	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.7.3	Management Data	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.7.4	Support Data	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.7.5	Data Depository	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.8	Peculiar Support Equipment	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.9	Common Support Equipment	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.10	Operations/Site Activation	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.11	Industrial Facilities	This WBS element is not applicable to the 3DELRR Pre-EMD contract
1.12	Initial Spares & Repair Parts	This WBS element is not applicable to the 3DELRR Pre-EMD contract

File details come from the government source that posted it. Updated Nov 14, 2017.