INFORMATIONAL PURPOSES ONLY Statement of Work NOAA Joint Polar Satellite System Office 1. BACKGROUND, SCOPE, AND OBJECTIVE The National Oceanic and Atmospheric Administration (NOAA), National Environmental Satellite, Data and Information Service (NESDIS), provides scientific and technical leadership for development of environmental satellite services and products. NESDIS is seeking contractual support to fulfill its missions and functions in the following three work areas which detail the scope, objective and technical requirements of the work. The Joint Polar Satellite System (JPSS) is the Nation's next generation polar-orbiting operational environmental satellite system, procured by the National Oceanic and Atmospheric Administration (NOAA), through the National Aeronautics and Space Administration (NASA). JPSS will provide continuity of critical observations for accurate weather forecasting, reliable severe storm outlooks, global measurements of atmospheric and oceanic conditions such as sea surface temperatures, ozone, and more. Successful execution of Suomi National Polar-orbiting Partnership (S-NPP) and JPSS calibration and validation (cal/val) plans is essential to achieving NOAA’s scientific objectives from polar-orbiting environmental satellites. The objective of this task is to provide technical and engineering services in direct and indirect support of the JPSS calibration and validation plan. The indirect support services are composed of activities that include support to Ground System operations to ensure the high-quality data will be available to the cal/val teams within the required execution time, JPSS requirement support related to data quality standards and product performance, and technical engineering support related to science products generation and delivery to the JPSS Systems Engineer Chief. Without these efforts the JPSS Cal/Val responsibilities would be hindered. The Government Resource for Algorithm Verification, Independent Testing, and Evaluation (GRAVITE) is a data-intensive system designed to support SNPP and JPSS Cal/Val science activities, offering resources for algorithm scientists to access and analyze science data to evaluate SNPP data product algorithms, to develop and test improvements to those algorithms, and to maintain calibration tables to sustain algorithm performance. The GRAVITE system has 3 major components: • The Investigator Computing Facility (ICF), providing short-term algorithm science data storage and distribution resources, as well as support for ad-hoc science data processing, analysis and experimentation • The NPOESS Science Investigator-led Processing System (NSIPS), providing automated and semi-automated processing of repetitive tasks in support of Posted to ProTech PMO Forecast website page on 1 November 2017
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INFORMATIO
NAL PURPOSES ONLY
Statement of Work
NOAA Joint Polar Satellite System Office
1. BACKGROUND, SCOPE, AND OBJECTIVE
The National Oceanic and Atmospheric Administration (NOAA), National
Environmental Satellite, Data and Information Service (NESDIS), provides scientific and
technical leadership for development of environmental satellite services and products.
NESDIS is seeking contractual support to fulfill its missions and functions in the
following three work areas which detail the scope, objective and technical requirements
of the work.
The Joint Polar Satellite System (JPSS) is the Nation's next generation polar-orbiting
operational environmental satellite system, procured by the National Oceanic and
Atmospheric Administration (NOAA), through the National Aeronautics and Space
Administration (NASA). JPSS will provide continuity of critical observations for
accurate weather forecasting, reliable severe storm outlooks, global measurements of
atmospheric and oceanic conditions such as sea surface temperatures, ozone, and more.
Successful execution of Suomi National Polar-orbiting Partnership (S-NPP) and JPSS
calibration and validation (cal/val) plans is essential to achieving NOAA’s scientific
objectives from polar-orbiting environmental satellites.
The objective of this task is to provide technical and engineering services in direct and
indirect support of the JPSS calibration and validation plan. The indirect support services
are composed of activities that include support to Ground System operations to ensure the
high-quality data will be available to the cal/val teams within the required execution time,
JPSS requirement support related to data quality standards and product performance, and
technical engineering support related to science products generation and delivery to the
JPSS Systems Engineer Chief. Without these efforts the JPSS Cal/Val responsibilities
would be hindered.
The Government Resource for Algorithm Verification, Independent Testing, and
Evaluation (GRAVITE) is a data-intensive system designed to support SNPP and JPSS
Cal/Val science activities, offering resources for algorithm scientists to access and
analyze science data to evaluate SNPP data product algorithms, to develop and test
improvements to those algorithms, and to maintain calibration tables to sustain algorithm
performance. The GRAVITE system has 3 major components:
• The Investigator Computing Facility (ICF), providing short-term algorithm
science data storage and distribution resources, as well as support for ad-hoc
science data processing, analysis and experimentation
• The NPOESS Science Investigator-led Processing System (NSIPS), providing
automated and semi-automated processing of repetitive tasks in support of
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algorithm calibration and maintenance, hosting Algorithm Support Functions
(ASFs) and Product Generation Executables, (PGEs).
• The GRAVITE Algorithm Development Area (G-ADA), an operator controlled
processing resource used for science data reprocessing and verification in an
IDPS-like environment.
2. Technical Service Requirements:
The contractor shall provide technical leadership in support of GRAVITE system
engineering, software life cycle development and maintenance that include but not
limited to the following activities:
1. Develop approaches for improvement in quality, efficiency and robustness of
GRAVITE test activities supporting the algorithm change management processes.
2. Provide recommendations on Algorithm Development Library (ADL)
capabilities, design, implementation and use to support S-NPP and JPSS
calibration and validation programs.
3. Develop techniques for robust, flexible and efficient use of GRAVITE resources
in support of the JPSS Cal/Val program.
4. Perform Requirements engineering and analysis activities in support of
GRAVITE system evolution to accommodate multi-mission algorithm science,
calibration and validation activities.
5. Develop and execute capabilities for monitor and control of the GRAVITE
system and its support to the calibration and validation teams.
6. Develop and execute plans for incremental evolution of the GRAVITE system
architecture as its use expands to accommodate multi-mission Cal/Val activities
7. Provide software engineering support to the implementation and maintenance of
the GRAVITE system
8. Develop and execute plans for the management of operations of the G-ADA
9. Provide support for the operational monitoring science data flows of the JPSS
Enterprise
10. Development of procedures and mechanisms for science data storage, backup and
archive
11. Configuration Management of GRAVITE System hardware, software and data
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12. Elicit GRAVITE user needs and feedback on current capabilities to direct the
evolution of the GRAVITE system
The JPSS ground data processing system includes algorithm software and data files used
to produce sensor and environmental data records from sensor observations. These data
products are used operationally for application in areas such as weather forecasting, as
well as used in research applications such as climate studies. Maintenance of the
algorithm software and data is required to continue to meet scientific performance
requirements. The contractor shall support analysis, definition, development and
maintenance of JPSS Data Products and Algorithms and their performance, supporting
activities that include but not limited to the following activities:
13. Provide expertise on operational algorithm documentation, design and
implementation to Cal/Val teams.
14. Provide recommendations on design, implementation and operation of
configuration management methods and tools in support of controlling and
facilitating access to operational and scientific algorithm baselines.
15. Provide expertise on GRAVITE system capabilities and facilitate Cal/Val team
use of those capabilities in support of calibration and validation activities.
16. Provide support to the development, design and documentation and operation of
JPSS processes in JPSS algorithm change management, including impact
analysis, verification, validation and trade-off analyses.
17. Manage Algorithm discrepancy reporting and resolution from detection through
implementation.
18. Perform algorithm systems engineering to support the analysis, assessment and
improvement of the integrated set of JPSS algorithms in support of algorithm
science activities
19. Analyze, define, develop and maintain NPP and JPSS data formats to ensure
effective use of the data products by algorithm scientists and end users
20. Perform Data Product Quality assessment activities, including the development of
approaches, procedures and usage scenarios
21. Provide algorithm integration support to the algorithm change process
22. Provide support to oversight of JPSS/DPA algorithm science development and
calibration and validation teams
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23. Provide support to development, maintenance and use of JPSS-specific software
supporting NPP and JPSS data formats, including HDF5 features and high level
APIs.
24. Develop and maintain mechanisms supporting the acquisition of JPSS sensor test
data and its distribution to sensor science teams
25. Define, develop and maintain test data sets to support algorithm change process
activities
26. Perform trade-off analyses for algorithm discrepancy resolution and
improvements
27. Perform duties as mission data leads, providing daily communications to Ground
Project leadership on the status and quality of science data flow.
The NJO provides overall management, oversight, and administration of the JPSS
program. NJO’s oversight covers all components of JPSS. The following contractor
requirements are needed to ensure that essential JPSS activities, including Cal/Val
activities, are provided sufficient resources. The contractor shall provide technical
services for the following activities:
28. Provide support to the JPSS Low Earth-observing Requirements Working Group
(LORWG) to include but not limited to the following activities:
• Manage procedures
• Coordinate LORWG responses
• Facilitate periodic meetings
• Oversee action items
• Hold LORWG Secretariat position
29. Assist the JPSS Senior Scientist to include but not limited to the following
activities:
• identify and communicate the effectiveness of user applications of SNPP
data
• ensure effective communications between research and operations
community
• identify additional users and potential areas where NPP data is being used
operationally
• obtain information on the benefits of these data.
30. Provide technical analysis and review to JPSS operations to include the following:
• ground system implementation plans and operational concepts
• attitude determination and validation requirements
• orbit determination requirements
• Launch and Early Operations attitude and orbit procedure
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• attitude maneuver
• Launch and Early Operations support activities
31. Provide senior advice to the JPSS Chief Systems Engineer and other NOAA
divisions to include but not limited to the following:
• Software and systems engineering expertise to the JPSS Program that can
include:
▪ Reviewing technical documentation
▪ Assessing proposed changes to software processes
▪ Reviewing software metrics
• Requirements analysis
• Preparation of programmatic and technical documents and briefings
• Participation in special studies and review boards
• Lead development of JPSS System Architecture and Concept of
Operations
• Expertise on Operations, Direct Broadcast Services, and Frequency
Management
The labor categories and approximate level of effort for these activities is as follows:
Labor Category
Hours
Year 1
Project Manager 850
Sr. Support Scientist IV 4800
Support Scientist III 7680
Support Scientist II 13440
Scientific Analyst II 1920
Engineer III 9408
Engineer I 1920
Engineering Mgr./Sr. Engineering Consultant 480
Engineering Consultant/Tech. Consultant 3360
Sr. Proj. Engineer/ Consultant 1920
Rsch. Asst. II/Admin. Asst. II 4800
The above listed staff is provided for informational purposes only. The contractor
shall make its own independent staffing requirements assessment.
3. IT Security Requirements
● The contractor shall comply with the IT Security requirements of the Department
of Commerce as outlined in Commerce Acquisition Regulation (CAR) 1352.239-
72, Security Requirements For Information Technology Resources (April 2010),
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including development of a Security Accreditation Package as required by CAR
1352.239-72, section (i).
● In addition, personnel shall be screened in accordance with the requirements for
High Risk contracts as specified by CAM 1337.70 section 2.2; specifically, in
accordance with CAR 1352.237-70, Security Processing Requirements—High or
Moderate Risk Contracts (April 2010). Any access by contract personnel who are
Foreign Nationals shall be in accordance with the requirements of CAR 1352.237-
73, Foreign National Visitor and Guest Access to Departmental Resources (APR
2010).
4. DELIVERABLES
The following deliverables shall be developed in concert with the respective NOAA
managers.
A. Deliver Monthly Activity Report, within 5 business days after the end of the
accounting month.
B. Technical Papers and Documents Plans (specific deliverables and schedules
developed per the direction of NOAA managers)
C. Summary of trip reports for all domestic trips along with the monthly activity
report
D. Briefing and Conference Presentations using Microsoft PowerPoint
E. Monthly Property Accountability reports
F. Monthly Technical Library utilization reports
5. TRAVEL AND TRIP REPORTS
The Contractor shall be required to travel frequently for the purpose of technical/status
meetings and interfacing with program participants which includes other Government
agencies and contractors. There are several primary sites where meetings will be held:
Denver and Boulder, CO; Bay St. Louis, MS; Fairbanks, AK; and Omaha, NE. Meetings
may last two to five days in duration. Travel to other locations is also possible, including
to local sites.
The Contractor shall plan, coordinate, and obtain Government approval for all travel.
The Contractor will provide the Government a trip report. At a minimum, the trip report
should be a narrative of the visit’s important events. When multiple Contractors from the
same Contract travel to the same event, a group trip report will suffice.
Costs for lodging, meals and incidental expenses incurred by Contractor personnel shall
be considered to be reasonable and allowable to the extent they do not exceed on a daily
basis the per diem rates set forth in the Federal Travel Regulations, General Services
Administration. All cost in excess of the per diem shall be approved by the Government
prior to the authorized departure date.
6. PLACE OF PERFORMANCE
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The services to be provided under this task order shall be performed at NOAA/NASA
facilities at and an additional NOAA
location in
7. CONTRACTOR FURNISHED INFORMATION/EQUIPMENT
To be determined and approved by the Government in a case-by-case basis. Contractor
uses government funded tools to conduct our investment analysis.
8. GOVERNMENT FURNISHED INFORMATION AND EQUIPMENT (GFI AND
GFE) BASE SUPPORT
The Government will provide base support such as office space, equipment, supplies, and
automated data processing equipment resources for contractor personnel while working
in Government spaces.
9. INCUMBENT CAPTURE PLAN
The non-incumbent contractor shall provide a transition plan that will be approximately
six (6) weeks long to overlap the remaining PoP of the current support contract. The
contractor shall provide its proposed organization for day 1 to include personnel and their
roles and responsibilities, phase-in approach, customer involvement, schedule with detail
activity descriptions for the transition period, risks with mitigation approaches, and a
staffing plan to include an incumbent capture plan. Since the Government has invested
considerable time and resources in the current support contractor personnel, the
incumbent capture plan is of the utmost importance and shall include plans to meet with
the customer, identification of skilled incumbents, interviews, comparison of benefits and
salaries, demonstration of growth potential, and any proposed incentives (i.e.,
“grandfathering” years of service, etc.).
10. PERIOD OF PERFORMANCE
Base year:
Option Year I:
Option Year II:
Option Year III:
Option Year IV:
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