Transcript Overview of the TOU Team organization during PLATO 1.0 & TOU

Telescope Optical Units (TOUs)
Overview of the TOU
Team organization
during PLATO 1.0
&
TOU timeline and
plans during phase
B1/B2
TOU Team Meeting
Catania 11 June 2014
Isabella Pagano (TOU PM)
TOUs during PLATO 1.0
organization
Payload
Instrument System
Coordinator
P. Levacher
PLATO Payload
Management
PIPM: P. Bodin
Camera Management
DPS Management
D. Laubier
B. Pontet
TOU
R. Ragazzoni
Normal TOU
R. Ragazzoni
ICU
R. Cosentino
Normal DPU
Ph. Plasson
Fast TOU
W. Benz
FPA/FEE
D. Walton/M. Mas
Prototype
& FM AIV
P. Levacher
AEU
Catania,
11 June 2014
S. Fredon
Hardware & boot software
M. Mas
Application software
Ph. Plasson
Fast DPU
G. Peter
Algorithms
R. Samadi
TOU Meeting
TOUs during PLATO 1.0
organization
N-TOU and F-TOU delivered by IT in the PLATO 2.0 plan
TOUs during PLATO 1.0
Our mandate
• Provide optical – mechanical design
performing as required by Science
• Compliant with the assigned budget
• Feasible in the due time
• Reliable in the given environments
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
How we managed
A large team:
•
INAF
– Padova
– Catania
– Milano
•
•
•
Univ. Bern
Stockolms Obs.
Univ. Firenze
•
Industrial Partners
–
–
–
–
–
Selex
Medialario-Sagem
Seso
RUAG
APCO Technologies
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
How we managed
A large team:
•
INAF
– Padova
– Catania
– Milano
•
•
•
•
A huge number of meetings/telecons:
Univ. Bern
Stockolms Obs.
Univ. Firenze
• TOU Team
• Bilateral TOU-System Teams
Industrial Partners
• TOU-FPA System Teams
– Selex
–
–
–
–
Medialario-Sagem
Seso
RUAG
APCO Technologies
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
How we managed
• Design (Optics, Mechanics, Thermal, ..)
• Demonstration Activities
– TOU AIV procedure
– TOU Optical and Thermal Performances
– TOU Optical Lenses Procurement
Breadboard/
Prototype
• Feasibility Studies
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–
–
–
TOU MAIT and Management Plan
TOU optical coating plan
TOU aspherical lens manufacturability & procurement plan
TOU AlBeMet® Structure Procurement Plan
Catania, 11 June 2014
TOU Meeting
BreadBoard/Prototype
• “pre-breadboard” the structure built with offthe-shelf lenses used to test GSE and
procedures to be used with the breadboard.
• “breadboard” the structure built to test
alignment in warm and cold environment
before the I-PRR
• “prototype” the structure built after the IPRR, during the Phase B1 (in the PLATO 1.0
context) , obtained from the breadboard,
replacing the L1 and L2 lenses.
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
What we delivered - Officially
At I-PRR (deadline April 2011)
• PMC TOU plans Source: TOU Team - Date: 4 May 2011
• PLATO TOU Project Management Plan: Source: Selex, 20 April
2011
• PLATO TOU MAIT Plan: Source: Selex, 20 April 2011
• PLATO aspherical lens (ref.11-6219 ed03): preliminary technical,
management proposal – Source: Medialario/Sagem-Reosc, 3
May 2011
• PLATO Coating - Source: Selex, 22 April 2011
• PLATO TOU Design Report: Source: TOU Team, Date 18 April
2011 - included in the 02_Payload-design-report_draft11.pdf
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
What we delivered – Unofficially 1/2
Not included in any package to ESA but delivered to CNES
and O. Piersanti (former ESA PM) between March and July
2011:
• CaF2 lens blank: Thermal Vacuum Test Report - Filename:
PLATO-CAMTOLE-RP-154-CNES, Issue 1, Rev. 0, Date: Jul
21st 2011, Prepared by: H. Pasquier - delivered to Piersanti
• Vibration Test Report: L3 CaF2 Vibration Test Dummy Filename: Test_509_PLATO_dummy_lens_mount__report.pdf Authors: M. Greber, D. Piazza, K. Seiferlin, P. Christiansen, 20th
Jun 2011 - delivered to CNES and Piersanti
• PLATO TOU Breadboard/Prototype: Design and AIT Report
filename: PLATO-INAF-TOU-RP-0013-issue02-rev0-2.pdfAuthors: J. Farinato, V. Viotto, D. Piazza et al., Issue 2, Rev. 0,
Date: 13 Jul 2011 - delivered to CNES and Piersanti
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
What we delivered – Unofficially 2/2
• AlBeMet® Structure Procurement Report - author "APCO
Technologies” – delivered to CNES on May 12 2011
• Study on the aspherical lens performed by RUAG - delivered to
CNES oo 18 Jul 2011
Less relevant…
• PLATO TOU - Letter of Interest - author: SAGEM/REOSC delivered to Osvaldo Piersanti (ESA) (March 2011)
• PLATO TOU - Letter of Interest - author: SESO - delivered to
Osvaldo Piersanti (ESA) (March 2011)
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 1.0
What we left open
• Optical Design Consolidation
•
see Magrin presentation for details
• Breadboard activities
– see Farinato et al. presentation for details
• Mechanical Design
– Finite Element Model of the current mechanical design,
including evaluation of the first eigenfrequency.
• Interfaces
– Verification of the interfaces of the finite element model
with the lenses and their effects.
•
Filter design
–
Engineering consolidation
Catania, 11 June 2014
TOU Meeting
PLATO 2.0    TOU 2.0
Catania, 11 June 2014
TOU Meeting
PLATO 2.0 timeline – Phase B2
Jul 2014-Jan 2016
– Phase B1 kick-off: Jul 2014
– Science Management Plan approval: Nov
2015
– Payload Development and Consolidation
Review: March 2015
– SRR data package: 1 Nov 2015
– SRR: completed by Jan 2016
– Mission adoption & IPC approval: Feb-Mar
2016
Catania, 11 June 2014
TOU Meeting
PLATO 2.0 timeline – Phase B2C/D/E1
Q1 2016-Q1 2024
– Industrial ITT for Phases B2/C/D/E1: Apr-Sep
2016
– Industrial Prime contractor kick-off: Oct 2016
– System PDR: by 2017 (tbc)
– System CDR: by mid-2020 (tbc)
• Payload CDR by 2018 (tbc)
– Delivery of all Cameras: Q4 2021
– PLATO Launch: Q1 2024
Catania, 11 June 2014
TOU Meeting
Phase B1: SRR Objectives 1/2
• PLATO Phase B1 objective is the adoption of the PLATO
mission by SPC in Feb-March 2016.
• The PLATO System Requirements Review (SRR) to be
completed by January 2016 is a major input to PLATO
mission adoption.
• The SRR is a formal review (category 1 i.e organized by ESA
inspector general, D/SRE is the chairman).
• The primary objective of the SRR is to review in detail:
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–
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The final payload and spacecraft system specifications,
The payload and spacecraft design definition,
The payload and spacecraft development and verification program,
Mission programmatic and cost.
Catania, 11 June 2014
TOU Meeting
Phase B1: SRR Objectives 2/2
• The camera development schedule is critical, and is actually
defining the schedule critical path for the spacecraft. Hence:
– The camera detailed design activities (including AIV plans and
Ground System Equipment design) shall be completed before the
SRR,
– The critical bread-boarding activities (e.g. electronics Demonstration
Models, optics) shall be initiated during phase B1,
– Consortium input to the SRR shall demonstrate that the camera
Engineering Model - which is fully representative of the flight model
except for some electronics parts - will be completed by early 2017,
– A detailed development plan of the payload shall demonstrate by
SRR that:
??
• serial production phase will start by mid-2017,
• the first batch of 8 cameras will be delivered in November 2020,
• the last batch of cameras will be delivered by November 2021.
Catania, 11 June 2014
TOU Meeting
TOUs during PLATO 2.0
Phase B1 goal
Our proposal: deliver all ready but undelivered documents:
• Design:
– Consolidated TOU Design Report (Optical Design, Mechanical Design,
Thermal Analysis, Stray-light Analysis, Optical Material Analysis and
Coating Design, ..)
• Breadboard:
– Consolidated BreadBoard AIV report
• NEW: including a critical review of results and assessment of some
open issues
• CaF2 tests
• AIV Design:
– Consolidated TOU MAIT and Management Plan
– Consolidated AlBeMet® Mechanical Structure Procurement
Assessment Study
– NEW: F-TOU Filters Design Procurement Assessment Study
TOUs during PLATO 2.0
Phase B2 goal
• Design:
– Engineering of TOU Design (Optical Design, Mechanical Design,
Thermal Analysis, Stray-light Analysis, Optical Material Analysis
and Coating Design, ..)
• Breadboard  Prototype
– Lens set like the FM one (change of 2 lenses and replacement of
one lens previously accepted with no conformance issue because
short in time
– optical quality test (in term of PSF shape and dimension) on the
whole FoV.
• AIV Design:
– Finalized TOU MAIT and Management Plan
– Finalized AlBeMet® Mechanical Structure Procurement Study
– Consolidated: F-TOU Filters Design Procurement Assessment
Study
Catania, 11 June 2014
TOU Meeting
When Industrial Prime Contractor?
Our proposal:
• During Phase B1, industry will deliver consult
and services.
• We’ll work to have ASI delivers a ITT for
Phase B2/C contract, not later than March
2015.
• Goal:
– TOU Prime Contractor at work at beginning of
Phase B2, but clearly identified before the SRR.
Catania, 11 June 2014
TOU Meeting