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GEO-CAPE Analysis of Mission Implementation Alternatives FY 13 Guidance Letter – Task 8 May 7 , 2013. Introduction. 2012 was a year of great progress for GEO-CAPE Documented NASA state of practice / readiness to use Hosted Payload (HPL) model - PowerPoint PPT Presentation
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GEO-CAPEAnalysis of Mission
Implementation AlternativesFY 13 Guidance Letter – Task 8
May 7, 2013
Introduction
2
2012 was a year of great progress for GEO-CAPE • Documented NASA state of practice / readiness to use Hosted Payload (HPL) model• Completed mission risk analysis and made recommendations for Geo-Pathfinder• HQ accepted recommendation that future GEO-CAPE formulation studies focus only
on distributed HPL mission implementation• The Earth Ventures Instrument program selected an instrument (TEMPO) that will do
some GEO-CAPE atmospheric science
ESD acknowledged the impact of TEMPO on GEO-CAPE mission planning:“With the award of the Tropospheric Emissions: Monitoring of Pollution (TEMPO) instrument as the first Earth Venture Instrument (EVI-1), a partial change of direction will be needed for the GEO-CAPE activities, as the TEMPO instrument will likely achieve a significant portion of the GEO-CAPE measurement objectives.”
ESD guidance for FY13 GEO-CAPE Task - 8: “Define instrument and measurement risks (and potential mitigation activities), including integration of science products across platforms and technology maturity.”
One of the 2013 GEO-CAPE activities will be a mission implementation study to update the GEO-CAPE atmospheric composition instrument suite in response to ESD guidance
2013 Instrument and Mission Risks Assessment Overview
3
The study objectives are to• Assess remaining GEO-CAPE capabilities based on TEMPO requirements and
expected performance- The GEO-CAPE atmospheric composition instrument suite (ACIS) = TEMPO + GCIRS
• Update GEO-CAPE Atmospheric science capabilities and implementation architecture including schedule requirements
• Co-ordinate with TEMPO team and ASWG• Work with SEWG/ESTO on technology needs / recommendations / further work
The study needs to be completed by the end of March and results ready for ESD by early April
The risks were divided into two categories:• Instrument Development• Instrument Operations
4 2, 3 6
5 1
5
4
3
2
1
1 2 3 4 5
LIKELIHOOD
CONSEQUENCES
L, CTrend ID Approach Title
2, 3 1 M Lack of I & T Oversight
3, 3 2 M Environmental Testing Issues
3, 3 3 M Detector Performance Limitations
3, 2 4 M Multispectral Ozone Science Measurements
2, 2 5 M Science Data Rates
3, 4 6 M Pointing/Jitter Requirement
ApproachM – MitigateW – WatchA – AcceptR – Research
Criticality
High
Med
Low
L x C TrendDecreasing(Improving)Increasing
(Worsening)Unchanged
Summary of GEO-CAPE Instrument Risks
As of 7 May 2013
9, 8, 10
14, 15
16
5
4
3
2
1
1 2 3 4 5
LIKELIHOOD
CONSEQUENCES
L, CTrend ID Approach Title
3, 3 8 M Contamination
3, 2 9 M Field-of-View Impingement
3, 3 10 M Calibration
2, 3 14 M Launch and/or Flight Thermal Affects
2, 3 15 M Launch Loads
1, 3 16 M Operations
Summary of GEO-CAPE Operational Risks
As of 7 May 2013
ApproachM – MitigateW – WatchA – AcceptR – Research
Criticality
High
Med
Low
L x C TrendDecreasing(Improving)Increasing
(Worsening)Unchanged