1. The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404. Conceptual Design TC comments (III)

2. HL-LHC Life cycle Moving from the concept to the development stage implies an assessment and a validation of the requirements. 2 Acquisition Process Organizational Project-Enabling Processes Project Processes: Planning, Measurements, Assessment, Control, Risk, Configurarion, Information, Decision Management Requirements definitionFunctional specificationEngineering specification Fabrication, Assembly and VerificationFabrication, Assembly and VerificationFabrication, Assembly and VerificationInstallation - ComissioningOperation & Maintenance Concept Stage Development Stage Production Stage Utilization stage Support Stage Dismantling Retirement stage

3. 3 Moving from Concept to Development This validation shall at least include a common agreement on the following requirements: Performance parameters Technical parameters Configuration and installation constrains Interface parameters Cost and Schedule constrains

4. WPs included 4

5. 5 Time line

6. 6 Work to be done after Implement comments received during this sessions (July – Sep 2014) Consolidate de conceptual specifications and find missing tasks and incompatibilities (July – Sep 2014) Prepare be first Schedule (July - Oct 2014) Prepare de bottom up budget (July - Dec 2014) Start the conceptual specifications for the “software wps” and for the technical infrastructures and services (Sept - Dec 2014)

7. WP 3 Magnets for Insertion Regions Magnets MQXFL (Q2) Cold mass Cryo- assembly MQXF (Q1, Q3) Cold mass Cryo- assembly Orbit correctors (MCBX) Cold mass Cryo- assembly Non-linear correctors (quadrupole) Cold mass Cryo- assembly Non-linear correctors (sex,oct,deca, dodecapole) Cold mass Cryo- assembly D1 Cold mass Cryo- assembly D2 Cold mass Cryo- assembly Correctors (D2, Q4) - MCBR Cold mass Cryo- assembly Q4 Cold mass Cryo- assembly Q5 Cold mass Cryo- assembly 7

8. WP13 Beam Instrumentation 8 Beam Instrumentation Cryo BLMS Rad resistant Electronics Fast vac. Wire scanners BPM Cold Warm Tungsten – cold Crab cavities diagnostics Synchrotron light monitors Light Extraction Existing light extraction BGV Long range beam beam compensator BBLR wire prototype BBLR final

9. The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404.