Scope of PCP Phase 1: Solution Design of Q4 First-of-a-kind prototype QUACO Bid Conference, CERN, 07 th July 2016 Arnaud Foussat, CERN TE MSC-LMF Helene.

Slides:



Advertisements
Similar presentations
1 PROJECT MANAGEMENT ROLE OF KEY PERSONNEL Bernd Madauss International Space University Strasbourg February, 2011
Advertisements

Alternative Project Delivery
Government Services How to Respond to a Request for Proposal (RFP) 2006.
1 LHC-DFBX Procurement Strategy Joseph Rasson LBNL Presented at the DFBX Production Readiness Review October 2002, LBNL Brookhaven - Fermilab - Berkeley.
Financial Systems Needs Assessment Project Update Monthly Research Administrators Meeting March 11, 2010.
Construction Industry Development Board development through partnership Construction Procurement documents 2c.
EARTO – working group on quality issues – 2 nd session Anneli Karttunen, Quality Manager VTT Technical Research Centre of Finland This presentation.
TENDERING PROCEDURE IT- 3927/EN
United Nations Procurement Division
EU-TURKEY CHAMBER FORUM PROJECT (ETCF) ETCF is funded by the European Union. 1 EU-TURKEY CHAMBER FORUM EU TURKEY CHAMBERS PARTNERSHİP GRANT SCHEME PROCUREMENT.
1 NOT LEGALLY BINDING Energy Info day FP7-ENERGY-2008-RUSSIA 13th December 2007 International Co-operation FP7 Energy Theme Energy EU-Russia Call European.
Participation in 7FP Anna Pikalova National Research University “Higher School of Economics” National Contact Points “Mobility” & “INCO”
PROJECT LIFECYCLE.
Status of QUACO project
Atlantic Innovation Fund Round VIII February 5, 2008.
Elevating the Quality of Life in the District Contracting and Procurement Division Information Session 2 Request for Proposal November 5, 2015.
Christophe Veys Project Director & Procurement legal advisor Innovation Agency of Flanders (IWT) ENPROTEX 10th December 2015.
Financial Guidelines FP6 – IST Directorate C 1 st Evaluation proposals co-ordinators Briefing 17 July 2003.
Negotiation of Proposals Dr. Evangelos Ouzounis Directorate C DG Information Society European Commission.
HNSciCloud Pre-Commercial Procurement Project Procurement Framework and Schedule Dante Gregorio CERN 26 January
Q4 MAGNETS FOR HL-LHC J.M. Rifflet, M. Segreti, E. Todesco WP3 - Q4 magnets for HL-LHC 5th Joint HiLumi LHC-LARP Annual meeting Research supported.
INVITATION TO TENDER PROCEDURE INVITATION TO TENDER PROCEDURE IT–4144/SMB/HL-LHC (Point 1) IT-4155/SMB/HL-LHC (Point 5)
Collaborating for Quality Quality Assurance (QA) & Quality Control (QC) in the Accelerator Project (ACCSYS) Matthew Conlon ACCSYS QA/QC
ESS | title of presentation | 2012-xx-xx | name of presenter Roles and Responsibilities sub title.
1 Statements of Work – Getting Them Right!!. 2 Today’s Agenda A.The Basics B. Sources of Information C. Scenario #1: Procurement is in the loop D. Scenario.
Logo area The PCP Principles Open Market Consultation 30 th of March Christophe Veys Procurement Service Procurement Legal Adviser
First Q4 cold mass engineering follow up meeting 16/03/2016 Q4 Status update H. Felice, M. Segreti, D. Simon and JM. Rifflet.
PROCUREMENT RULES FOR EXPERIMENTS AT CERN Dante Gregorio CERN Procurement Service.
1 FP6 – Financial Management and Reporting 1 April 2006 Sofia, Bulgaria.
How to succeed in International Tenders Ing. Miloš TKÁČ MTC – Engineering / Consulting / Sales Južná trieda 93 – P.c. Strojár, Košice tel.: 055 / 6808.
IT-4135/EN Supply of Air Handling Units for Industrial HVAC Projects at CERN Technical Specification Paul Pepinster / EN-CV.
Collaborating for Quality through the Project Quality Plan Matthew Conlon ESS ACCSYS QA/QC Quality Learning & Planning.
Closing Session Report
Introduction to the QUACO project
Introducing pdri for mega projects As a Planning quality Control tool
North Carolina Council on Developmental Disabilities
Statements of Work – Getting Them Right!!
Preparation of a tender and tender documents
Next Step & Time plan Marcello Losasso, CERN
Stakeholder Consultation
CSP 25th November 2010 Technical agreement number 3: overview
Task T HTS Dipole Magnet Design and Construction
Task 10.3 : 5T HTS Dipole Magnet Design and Construction
Evaluation Grids Evaluation Grids.
What is a grant? A direct financial contribution – donation – from EU budget An action - contributing to EU policy achievement Functioning of a body acting.
Purchasing supplies at CERN
Functional Specification
Status report on MQYY (Q4)
TechStambha PMP Certification Training
TENDERING PROCEDURE IT-3981/EN
CERN-ITER Workshop CERN Procurement Anders Unnervik 16 Jan 2017
Enterprise Content Management Owners Representative Contract Approval
Introduction to the technical content The Q4 magnet (MQYY) for HL-LHC
FIVE PROJECT PHASES 5C-3 Sun. 8:00-10:00am 21/ 2/2016.
Quality Management Systems – Requirements
MRL 6 Artifacts (at End of TMRR) Page 1 of 6
V-Con project (October March 2017)
Lockheed Martin Canada’s SMB Mentoring Program
Steps during and after a Pre-commercial Procurement
Steps during and after a Pre-commercial Procurement
Passenger Mobility Statistics 21 May 2015
North Carolina Council on Developmental Disabilities
Steps during and after a Pre-commercial Procurement
Omnibus IV Contracting Strategy Michael D’Alessandro
North American ALMA Development Program
Steps during and after a Pre-commercial Procurement
PSS verification and validation
AMICI WP5 INDUSTRIALIZATION
IT-4464/EN Bidders conference
HMPPS Innovation Grant Programme (2020 – 2022)
Presentation transcript:

Scope of PCP Phase 1: Solution Design of Q4 First-of-a-kind prototype QUACO Bid Conference, CERN, 07 th July 2016 Arnaud Foussat, CERN TE MSC-LMF Helene Felice, Damien Simon, Jean Michel Rifflet, CEA Saclay Irfu and Quaco team contribution.

Outline 1.Initial Procurement plan definition 2.Objectives guidelines 3.Phase 1 Evaluation process 4.Contractual Phase 1 boundaries 5.Conceptual Design scope 6.Phase I deliverables 7.PCP Phase 1 schedule 8.Phase 1 Technical deliverable evaluation D2 Dipole cold mass collaboration meeting (INFN), 21 – 22 nd April 2016, A Foussat CERN MSC-LMF Page 2

Initial Procurement plan definition  First 4-months Phase of MQYY prototype procurement scheme conceptual design of the novel MQYY magnet, the materials and the supporting equipment (tooling)  Research phase of the best conceptual design of the novel MQYY magnet, the materials and the supporting equipment (tooling) on the basis of the Functional Specifications (see FS 2.1.1) to meet the specific requirements of the HI-LUMI LHC QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF Page 3

Objectives guidelines approach to develop the new design solutions including materials choice and conceptual technical description  Elaborate the Conceptual design of First-of-a kind MQYY determining the approach to develop the new design solutions including materials choice and conceptual technical description of manufacture equipment. Functional Specifications IT- 4191/TE/HL-LHC technical, financial and commercial feasibility  Based on the PCP Functional Specifications IT- 4191/TE/HL-LHC to demonstrate the technical, financial and commercial feasibility of the proposed MQYY concepts, in line with the PCP procurement needs and the HI-LUMI requirements Page 4 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF

Contractual Phase 1 boundaries  The Framework Agreement remains binding for the duration of the Phases for which Contractors remain in the PCP.  Tenderers who are awarded a Framework Agreement will also be awarded a Work Order for Phase 1.  Detailed offer for Phase 1 including goals, and outline of the plans for Phases 2 and 3 ( incl. price conditions).  Award of a of Framework Agreement and a Work Order for Phase 1 (see section 4 of the RfT) to a minimum of four Contractors. (can be reduced if limited tenders)  The maximum available budget for Phase 1 is € (excl. VAT). The Financial Offer of each Tenderer shall not exceed € (excl. VAT).  Maximum duration of four calendar months.  The Buyers Group will evaluate the technical and non-technical deliverables submitted within the End of Phase Report and the successful completion of the milestones. The validation and approval of the solution design is a pre-requisite to access Phase 2. Page 5 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF

Conceptual Design scope  The phase 1 CDR shall demonstrate that a preliminary magnetic and mechanical design with a preliminary CAD design model of the coil and support structure meet the functional specification (Reference IT-4191-TE-HL-LHC-V13) Requirements :  General Requirements ( Table 5 )  Magnetic Requirements and targets ( Table 6,7)  Mechanical Requirements ( Table 8 )  Electrical Requirements ( Table 9 )  Magnet protection and instrumentation Requirements ( Table 10)  Cryogenic Requirements ( Table 11)  Minimum set of electrical tests during fabrication (Table 12)  Specific Material Requirements ( Table 13)  Interface Requirements ( table 14)  The Phase 1 preliminary manufacturing plan shall outline the conceptual design of manufacture processes and assembly tools in each phase.  This plan is the backbone of the manufacture work description including the provisional subcontracted packages, the sequence of assembly, use of dedicated tool with the related inspection points.  The provision for tool procurement plan shall be described including the schedule of documents. Page 6 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF

Phase I deliverables (1/2) DeliverableDescription D1.1 Conceptual Design Report (CDR) of the magnet covering the results obtained in Phase 1 including:  Magnetic design study  Conceptual mechanical design study  List of requirements met by the design D1.2Preliminary 2D and 3D CAD models of the magnet D1.3 Conceptual Design Report of the Tooling including:  Coil fabrication tooling conceptual design  Magnet assembly tooling conceptual design D1.4Development and Manufacturing plan including:  Detailed plan for Phase 2 detailed mock ups engineering design  Detailed plan for manufacturing, assembly and testing processes of the magnet  List of available tooling including required upgrade if necessary  List of tooling to be procured to complete the 3 Phases  Subcontrating plan Page 7 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF

D1.5Detailed schedule for 3 Phases D1.6 Preliminary Quality Assurance plan including risk assessment one month after the start of Phase 1 for Buyers Group approval. D1.7Final Phase 1 Technical Report including the reassessment report of R&D effort for Phases 2 and 3 End of Phase Report is assessed by the Buyers Group based on FS QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF Page 8 Non-Technical Deliverables Description D1.8 – D1.11 D1.8 Description of the state-of-the-art versus innovation gap; D1.9 Measures taken to protect results (IPR); D1.10 List of names and location of personnel that carried out the R&D activities; D1.11 Abstract of the main results achieved (EU-format). Phase I deliverables (2/2)

PCP Phase 1 main milestones Page 9 30/06/16 Deadline for submitting questions on tender documents /09/16 Notification of decision on award of contract 13/10/16 Signature of Framework contract and Phase1 work orders 13/10/16 Start of the implementation Phase 1 14/11/16 Project abstract publication and IPR declaration 07/07/16 Bid conference 22/08/16 Opening tenders of Phase 1 18/08/16 Submission of tenders for Phase /12/16 M1.1 mid phase review FY ‘17 FY ‘16 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF 20/02/17 End of phase report D1.7 Ph1 end report, Phase 2,3 revaluation D Non tec. deliverables 0210

Phase 1 Technical deliverable evaluation  According to PCP, each Phase, including Phase 1 will need a call-off organised in order to award contracts based on the award criteria (RfT § 3.5) assessed by the Evaluation Committee.  Eligibility for participation in the next Phase will be subject to successful completion of the current Phase End of Phase Report (including all deliverables D1.1 till D1.11 )  Each of the deliverables of phase I Solution Design listed in slides 7-8 shall be evaluated with respect to the merit of the key technical challenges to be addressed and achieved.  The End of Phase report shall be assessed against the quality and completeness of:  the conceptual mechanical and magnetic analysis,  the details and level of integration of CAD models.  the tooling conceptual description. Page 10 QUACO Bid Conference meeting (CERN), 07 th July 2016, A Foussat CERN MSC-LMF

THANK YOU Any additional questions? D2 Dipole cold mass collaboration meeting (INFN), 21 – 22 nd April 2016, A Foussat CERN MSC-LMF Page 11