1. Solar Probe Plus A NASA Mission to Touch the Sun 16-19 March 2015 Instrument Suite Name Presenter's Name

2. 2 Solar Probe Plus Mission CDR Instrument/Suite Name Science Overview  1 page  Introduce instrument and science contribution to the mission 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

3. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

4. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

5. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

6. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

7. 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) 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

8. 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) 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

9. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

10. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

11. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

12. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

13. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

14. 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. 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

15. 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 16 - 19 March 2015 General note to teams: The # of slides per topics may vary per team and these can be adjusted as necessary

16. 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 16 - 19 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. 17 Solar Probe Plus Mission CDR Instrument/Suite Name 16 - 19 March 2015 Backup

18. 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 16 - 19 March 2015

19. 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 16 - 19 March 2015

20. 20 Solar Probe Plus Mission CDR Instrument/Suite Name Parts and Materials Status  Summarize MIL and PIL approval status and procurement status 16 - 19 March 2015

21. 21 Solar Probe Plus Mission CDR Instrument/Suite Name Red and Green Tag Items  List red and green tag items 16 - 19 March 2015

22. 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 16 - 19 March 2015