DC 56 Budget Schedule People Matthias Grosse Perdekamp

DC 56 Budget, Schedule & People Matthias Grosse Perdekamp, Illinois (I) DC 56 Project (II) Sub-tasks (III) Schedule (IV) Budget and Funding Plans DC 56 Review at CERN, November 14 th, 2012

DC 56 Project Task: Develop and construct two large area drift chambers for the COMPASS large angle tracking spectrometer (LAT) Physics: COMPASS II experimental program in DVCS, Drell-Yan and Primakoff reactions as approved by the CERN Research Board on 01 -12 -2010 Technology: Planar, drift chambers of 8 mm sense wire pitch with 8 views closely following the existing COMPASS DC 4 design DC 4 Straws 1&2 DC 123 The two LAT straw stations are aging and will be replaced by DC 56 Review at CERN, November 14 th, 2012 2

Support from CERN and COMPASS (1) Letter from Dr. Sergio Bertolucci, CERN Director of Research and Computing, of 28 -11 -2011 with affirmation of support for COMPASS II physics program (2) Letter from Drs. Fabienne Kunne and Andrea Bressan, COMPASS spokespeople, of 5 -11 -2012 in support of DC 56 project. DC 56 Review at CERN, November 14 th, 2012 3

DC 56 - Collaboration Institutions: Contributions Abilene Christian University, Abilene, TX, USA NSF Institute of Physics Academia Sinica, Taipei, Taiwan NSC, institutional Albert Ludwigs University, Freiburg, Germany BMBF CEA Saclay, France in kind M. Daugherty, R. Towell, 4 undergraduate students W. -C. Chang, M. -L. Chu, C. -Y. Hsieh, C. -H. Lin H. Fischer, F. Herrmann D. Durand, A. Magnon, S. Platchkov CERN, Geneva, Switzerland Engineers Technicians G. Mallot INFN Torino, Italy in kind University of Illinois, Urbana, IL, USA NSF M. Chiosso, O. Denisov, A. Maggiora, D. Panzieri, S. Takekawa R. Bi, J. Blackburn, L. Bartoszek, I. Choi, M. Grosse Perdekamp, N. Makins, P. Montuenga, J. C. Peng, C. Riedl, E. Thorsland (total of ~8 FTE/year over 2 years) DC 56 Review at CERN, November 14 th, 2012 4

DC 56 - Subtasks I Electronics (Wen-Chen Chang, IAPS) Project management + budget Purchases for FEE CMAD chip FEE + TDC R&D, prototyping FEE + TDC mass production FEE + TDC testing FEE + TDC installation LV systems Readout/Gandalf boards Purchases readout IPAS (W. -C. Cheng) INFN Torino (D. Panzieri) IPAS (W. -C. Cheng) Freiburg University (H. Fischer) DC 56 Review at CERN, November 14 th, 2012 5

DC 56 - Subtasks II Mechanical detector hardware and integration (Matthias Grosse Perdekamp, UIUC) Project management + budget UIUC (M. Perdekamp) Purchases & contracts: R&D + construction UIUC (M. Perdekamp) Drift chamber R&D, including prototypes UIUC, ACU (I. Choi) Test beam at FNAL ACU, UIUC (I. Choi) Drift chamber design UIUC, Saclay (A. Magnon) Overall system integration: DC hardware + shielding, grounding, LV/HV and cooling UIUC, Saclay (A. Magnon) Mechanical strength analysis Saclay/UIUC (L. Bartoszek) Anode plane construction UIUC, ACU (C. Riedl) Cathode plane construction Saclay (D. Durand) Gas window construction UIUC (C. Riedl) Construction of mechanical support frames UIUC (C. Riedl) Design and setup of gas system UIUC (I. Choi) DC 56 Review at CERN, November 14 th, 2012 6

DC 56 - Subtasks III Mechanical detector hardware and Integration cont’d (Caroline Riedl, UIUC) Final assembly at Saclay Installation at CERN Safety Commissioning HV systems Shipping/Transports Saclay, UIUC (A. Magnon) UIUC, ACU, Saclay (C. Riedl) CERN (G. Mallot) UIUC and Saclay (C. Riedl) ACU (M. Daugherty) UIUC (C. Riedl) DC 56 Review at CERN, November 14 th, 2012 7

DC 56 - Subtasks IV Software and simulations (Naomi Makins) Integration in GEANT & simulations Slow control & Monitoring software Alignment + calibration software DC 56 Integration in COMPASS tracking INFN Torino ACU UIUC DC 56 Review at CERN, November 14 th, 2012 (S. Takakawa) (M. Daugherty) (N. Makins) 8

DC 56 Schedule: Electronics Activity Timeline FEM 01/08/2012 – 30/06/2013 (11 mons) --Design/Layout/Fab (1 st prototype) 01/08/2012 – 30/11/2012 (4 mons) --Test 01/12/2012 – 31/01/2013 (2 mons) --Package of CMAD Chip 01/02/2013 – 28/02/2013 (1 mons) --Design/Layout/Fab (2 nd prototype) 01/02/2013 – 31/03/2013 (2 mons) --Test 01/04/2013 – 30/06/2013 (3 mons) DCM 01/08/2012 – 30/06/2013 (10 mons) --Design/Layout/Fab (1 st prototype) 01/08/2012 – 30/11/2012 (4 mons) --Test 01/12/2012 – 31/01/2013 (2 mons) --Design/Layout /Fab (2 nd prototype) 01/02/2013 – 31/03/2013 (2 mons) --Test 01/04/2013 – 30/06/2013 (3 mons) Mass production 01/07/2013 – 31/08/2013 (2 mons) Final test 01/09/2013 – 31/10/2013 (2 mons) Delivery of FEE Components to CERN 01/11/2013 – 30/11/2013 (1 mon) On-site Installation of DC FEE 14/07/2014 – 30/09/2014 (2. 5 mons) DC 56 Review at CERN, November 14 th, 2012 9

Timeline – Electronics – IPAS Jan Feb Mar April May June July Aug Sep 20 12 Nov Dec Design/Layout/Fab (prototype A) E 1 asdfadsfa sdfasd fasdf 20 13 Oct Test E 2 Pack CMAD Design/Layout/F ab (prot B) Test Design/Layout/Fab (prototype A) Design/Layout/F ab (prot B) Test of Prototype B Final Test Delivery to CERN 20 14 FEE Aug 2012 – June 2013 Test E 3 Mass Production Float Test On-site Installation of FEE Float Milestones: E 1 Tests of the CMAD chip with DC prototypes at CERN to verify the CMAD chip as the right choice of the preamplifier device. E 2 Tests of complete chains of FEE with DC prototypes in beam test at FNAL. E 3 Completion of production of all FEE modules. DCM Aug 2012 – June 2013 DC 56 Review at CERN, November 14 th, 2012 10

DC 56 Milestones Electronics Milestones • E 1 Tests of the CMAD chip with DC prototypes at CERN to verify the CMAD chip as the right choice of the preamplifier device (Feb, 2013) • E 2 Tests of complete chains of FEE with DC prototypes in beam test at FNAL (Jul, 2013) • E 3 Completion of production of all FEE modules (Nov, 2013) DC 56 Review at CERN, November 14 th, 2012 11

DC 56 - Schedule, Milestones: R&D Activity Timeline Prototype DC 56 A design & construction 01/04/2012 – 30/09/2012 (6 mons) CMAD test with PA 06 16/11/2012 – 15/12/2012 (1 mons) Prototype. DC 56 A test at CERN 07/01/2013 – 28/02/2013 (2 mons) Prototype. DC 56 B design & construction 10/10/2012 – 28/02/2013 (4. 5 mons) Beam tests at FNAL 01/04/2013 – 28/06/2013 (4 mons) Graphite stability test 01/02/2013 – 28/06/2013 (5 mons) R&D Milestones • R 1 Completion of prototypes DC 56 -A and B (Mar 2013) • R 2 Graphite stability test (July 2013) • R 3 Beam test at FNAL (July 2013) DC 56 Review at CERN, November 14 th, 2012 12

Timeline – DC 56 R&D Jan Feb Mar April May June July Aug Sep Oct Nov Dec Milestones: R 1 Completion of Design and Construction of Prototype A Cosmic ray test at UIUC prototypes DC 56 A and B Prot. B design & assembly 20 12 DC 56 design 1 st FEM prototype asdfadsfa sdfasd fasdf R 1 CMAD test with PA 06 20 13 R 3 Beam test at FNAL DC 56 - A Graphite stability test DC 56 design @UIUC/Saclay 2 nd FEM prototype 1 st and 2 nd DCM stability test R 2 Test at CERN Prot B D&A R 2 Graphite DC 56 construction DC 56 - B R 3 FEE test FEE mass production Beam Test at FNAL FEE DC 56 Review at CERN, November 14 th, 2012 13

DC 56 - Schedule: Design + Construction Activity Timeline Design 03/12/2012– 28/06/2013 (7 mons) --Mechanical strength analysis 03/12/2012 – 31/01/2013 (2 mons) --Mechanical design 14/01/2013 – 28/06/2013 (5. 5 mons) --HV boards 04/03/2013 – 29/03/2013 (1 mons) --External support for FEE cards 01/04/2013 – 28/06/2013 (3 mons) --Integration (grounding scheme, LV, HV, cooling) 01/04/2013 – 28/06/2013 (3 mons) Design and R&D Review Week of July 8, 2013 Construction 01/07/2013 – 27/06/2014 (12 mons) --Procurement & contracting from UIUC 01/07/2013 – 01/11/2013 (4 mons) --Anode Production at FNAL 04/11/2013 – 28/03/2014 (5 mons) --Cathode Production at Saclay 04/11/2013 – 28/03/2014 (5 mons) --Mechanical frames & gas windows at UIUC 04/11/2013 – 28/02/2014 (4 mons) -- Assembly & tests at Saclay 06/04/2014 -- 27/06/2014 (3 mons) Installation & Commissioning 15/07/2014 – 31/10/2014 (4. 5 mons) Installation at CERN 15/07/2014 – 31/08/2014 (1. 5 mon) Commissioning 01/09/2014 – 28/11/2014 (3 mons) DC 56 Review at CERN, November 14 th, 2012 14

Timeline - Design Jan Feb Mar April May June July Aug Sep Oct Nov Dec 20 12 D 1 Complete Strength Analysis 20 13 D 2 Mechanical Design Strength Analysis HV Boards Strength Analysis asdfadsfa sdfasd fasdf 20 14 Milestones: D 2 Complete Design External Support Integration D 1 DC 56 Review at CERN, November 14 th, 2012 15

Timeline – Construction and Commissioning Jan Feb Mar April May June July Aug Sep Oct Nov Dec 20 12 Milestones: C 1 Complete construction asdfadsfa sdfasd fasdf 20 13 Procurement & contracting from UIUC Anode Production at FNAL Cathode Production at Saclay C 1 20 14 C 2 C 3 Mechanical frames & gas windows at UIUC Anode Production at FNAL Cathode Production at Saclay Assembly & tests at Saclay Installation at CERN assembly & testing at Saclay C 3 Complete installation at CERN C 4 Complete Commissioning Mechanical frames & gas windows at UIUC C 2 Complete commissioning C 4 DC 56 Review at CERN, November 14 th, 2012 16

Milestones: Design and Construction Design Milestones • D 1 Complete Strength Analysis (Feb, 2013) • D 2 Complete Design (Jul, 2013) Construction Milestones • C 1 Complete construction (Apr, 2014) • C 2 Complete assembly & testing at Saclay (Jul, 2014) • C 3 Complete installation at CERN (Sep, 2014) • C 4 Complete commissioning (Dec, 2014) DC 56 Review at CERN, November 14 th, 2012 17

DC 56 Funding Sources 1) IPAS development and mass production of FEE & engineering NSC + IPAS institutional funds 2) Freiburg funds the GANDALF boards for readout BMBF 3) INFN Torino contribute the CMAD wafers INFN Torino 4) CEA Saclay contributes the DC 4 tooling & engineering CEA Saclay 5) UIUC funds the R&D, design and construction of detector hardware a. $100 k for R&D + support for two technicians NSF-PHY-12 -05 -671 b. NSF MRI with total of $987 k including confirmed matching: $100 k from UIUC and funding for electronics from IPAS. Status: submitted to UIUC pre-campus competition for MRI program on November-7 th. DC 56 Review at CERN, November 14 th, 2012 18

DC 56 - Budget MRI at ACU hardware for detector assembly support for ACU students support for assembly technician, 6 months high voltage 10% contingency Total ACU Costs are based on DC 4 cost reported by D. Durand + inflation 10% contingency, as based on actual cost 48, 000 32, 000 40, 000 20, 000 14, 000 154, 000 MRI at Illinois stiffening frames composite frames printed circuit anode and field wire boards anode wire (20 mu) field wire (100 mu) cathode foil graphite coating gas windows pins & screws o-rings connectors various mechanical pieces Total without contingnecy 10% contingency Total Illinois DC 56 Review at CERN, November 14 th, 2012 229, 000 220, 000 68, 000 9, 000 17, 000 5, 000 21, 000 6, 000 9, 000 2, 500 20, 000 14, 700 621, 200 62, 120 683, 320 19

DC 56 - Budget Electronics, IPAS , Freiburg and Torino Engineers, technicians for R&D CMAD chips Packing of CMAD chips Mass production GANDALF boards Total electronics 50, 000 60, 000 8, 000 150, 000 23, 000 291, 000 Other Costs Shipping container UIUC – Saclay Transport UIUC – Saclay (two deliveries) Shipping container Saclay – CERN Transport Saclay – Cern Prototype R&D Support for ACU faculty Total other costs 4, 000 12, 000 4, 000 3, 000 77, 000 48, 000 148, 000 Total project cost: $1, 276, 320 Funding sources: MRI, IPAS, INFN Torino, Freiburg, UIUC-NSF-umbrella DC 56 Review at CERN, November 14 th, 2012 20

Summary o The project aims to develop and construct two large area drift chambers for the COMPASS large angle tracking spectrometer (LAT) o A group of institutions with the necessary expertise for the DC 56 project has been formed: IPAS, ACU, CERN, Freiburg, Saclay, Torino, UIUC o Using the DC 4 drift chamber technology developed at Saclay eliminates technical risks and will make it possible to progress fast. o Utilize capabilities of wire chamber labs at FNAL, Saclay and UIUC. o Rely on existing electronics know-how in COMPASS (Freiburg & Torino) and on engineering expertise at IPAS. DC 56 Review at CERN, November 14 th, 2012 21