Solar Probe Plus A NASA Mission to Touch the Sun March 2015 Instrument Suite Name Presenter's Name

2 Solar Probe Plus Mission CDR Instrument/Suite Name Science Overview  1 page  Introduce instrument and science contribution to the mission March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

3 Solar Probe Plus Mission CDR Instrument/Suite Name Team  1 page  Organization chart of the instrument/suite team members  Include team member roles  Include any key partners, subcontractors or major suppliers  If appropriate, list suite chart and then chart for each team in each team section March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

4 Solar Probe Plus Mission CDR Instrument/Suite Name Instrument Overview  1 page  General description of the instrument to the level of the major subsystems.  Block diagram of the total instrument  Serves as an introduction to the detailed presentations to follow March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

5 Solar Probe Plus Mission CDR Instrument/Suite Name Technical Changes since PDR  1 page  Give each change (recommend table below).  Give reason for change and provide impact, as appropriate, on resources of mass, power, size, telemetry, cost and schedule.  Include any science requirement changes or add statement at bottom that there were no science requirement changes. Change since PDRReason for ChangeImpact on Resources March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

6 Solar Probe Plus Mission CDR Instrument/Suite Name Summary of Engineering Design  5 pages  Design description  Electrical and thermal instrument and components performance requirements  Software architecture and design  Mechanical design and analyses  Descriptions of any engineering or technology developments  Summarize resource requirements  Table of mass and power for the components, including maturity of the estimates (EM measurement, Pro/E estimate, etc)  Commanding and housekeeping telemetry requirements  Power services required  Margins  Other  Summarize drawing status (with definition of that status)  Instrument Performance  Describe any known shortcomings in instrument performance relative to known science requirements  Identify any Long-Lead Time procurements March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

7 Solar Probe Plus Mission CDR Instrument/Suite Name CDR Summary  1 page  Summarize I-CDR results  Review board membership, dates  Action item summary  Liens (if any) March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

8 Solar Probe Plus Mission CDR Instrument/Suite Name Engineering Model  2-3 pages  List items completed since I-CDR  Link any new progress to action items where possible  Include any peer reviews help between I-CDR and Mission CDR  If Lien at CDR was established and work not completed, address detailed schedule to complete lien  Fidelity of EM design (differences to FM)  EM Test plan  EM Test results  Remaining work to FM build (example: remaining testing, drawing updates) March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

9 Solar Probe Plus Mission CDR Instrument/Suite Name Verification and Validation Plans  3-4 pages  Describe the process for verifying all instrument interfaces (hardware & software), resources, form factor, performance and operations, environmental worthiness, and science performance requirements  List documentation (V&V plans, TE-001, requirements verification matrix)  Show a portion of your V&V matrix  Explain how tools are used (DOORS, etc)  Walkthrough an example flow from requirement to verification March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

10 Solar Probe Plus Mission CDR Instrument/Suite Name Assembly, I&T Description  3-4 pages  Assembly, I&T description, including  Flow chart(s) showing plans for the assembly, integration, functional and environmental testing (EMI, sniff, vibration, thermal balance, thermal vacuum, etc.), and calibration  Major milestones in the I&T flow with dates  Description of any cleanliness requirements imposed on the mission by the instrument as well as any special facilities needed  Instrument alignment requirements and plans for verification of alignment  Purge requirements and plans for maintaining purge  Expected number of operating hours on the instrument at launch  Identify any special facilities  Discuss any risks including mitigation plans  Test-as-you-fly exceptions (i.e., what does not get tested)  Address Refurbishment plan if applicable March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

11 Solar Probe Plus Mission CDR Instrument/Suite Name Calibration  2 pages  Detailed discussion of plans for instrument calibration  facilities planned for calibration  range of parameters over which the instrument will be calibrated  any shortcomings to the calibration that bring into question the ability of the instrument to meet its mission science requirements March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

12 Solar Probe Plus Mission CDR Instrument/Suite Name Systems Assurance  1-2 pages  Describe Performance Assurance Matrix Status  Identify any exceptions and status of exceptions  Identify any submitted waiver requests and status of approval (could be in back-up)  Identify any expected waivers that will be submitted (could be in back-up)  System Safety  Discuss status of inputs to the Missile System Prelaunch Safety Package (MSPSP)  Identify any safety hazards along with methods for controlling them March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

13 Solar Probe Plus Mission CDR Instrument/Suite Name Science Operations Center  1 page  Top-level Science Operations Center description including:  SOC/SDC driving requirements  SOC/SDC design description  SOC/SDC operating approach  Changes since PDR  Review date for the SOC CDR March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

14 Solar Probe Plus Mission CDR Instrument/Suite Name Flight Operations Description  2 pages  Status of Command and Telemetry definitions  Describe the flight operations including  key elements of the instrument ground system that allows the operation of the instrument  command definitions and critical housekeeping telemetry definitions  commanding path and telemetry data  concept of operations for command and data handling of your instrument during the commissioning phase of the mission as well as normal operations shall be presented March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

15 Solar Probe Plus Mission CDR Instrument/Suite Name Risk Status  1 page  Describe risk status, including  5x5 risk matrix  Top 10 summary stop light chart showing instrument risks, consequences and likelihood March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

16 Solar Probe Plus Mission CDR Instrument/Suite Name Development Status  1 page  Describe development status, including  Project schedule showing critical path, schedule reserves and margins  List of threats to the schedule and schedule risk mitigation plans  Trends in the schedule performance of the team such as the gain or loss of float along the critical path March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary Include a take-away statement that describes the Instrument Suite’s readiness to move onto flight build. Example: “Instrument Name is ready to move to flight build”

17 Solar Probe Plus Mission CDR Instrument/Suite Name March 2015 Backup

18 Solar Probe Plus Mission CDR Instrument/Suite Name Phase C Peer Reviews Review# A/I# Open# Close# Concurred I-PDR Peer Review A Peer Review B I-CDR March 2015

19 Solar Probe Plus Mission CDR Instrument/Suite Name Summary of Documentation Status  1 page  Give a list of your documents and their release status  Include requirements docs  Specs  Limited life item list  Other matrix required documents  CDRL status March 2015

20 Solar Probe Plus Mission CDR Instrument/Suite Name Parts and Materials Status  Summarize MIL and PIL approval status and procurement status March 2015

21 Solar Probe Plus Mission CDR Instrument/Suite Name Red and Green Tag Items  List red and green tag items March 2015

22 Solar Probe Plus Mission CDR Instrument/Suite Name GSE  1 page - top-level summary only  GSE design description, including  EGSE and MGSE requirements and implementation associated with the GSE  EGSE software including requirements, design and verification of EGSE software  Instrument purge equipment  Instrument shipping container  Slings or other special fixtures needed to mount and align the instrument March 2015