1. Industrial involvement in EU funded programs: the PACMAN project
Hélène MAINAUD DURAND

2. PACMAN = a study on Particle Accelerator Components’ Metrology and Alignment to the Nanometre scale
It is an Innovative Doctoral Program, hosted by CERN, funded by EU and CLIC, providing training to 10 Early Stage Researchers (ESRs).
Introduction
Total EU contribution: 2.67 M€
Start-end dates: 01/09/ /08/2017
17 academic & industrial partners
Status of the ESRs:
7 have found a job (1 is Dr)
4 have been extended
8 are finalizing their PhD thesis
CLIC budget: 1.6 MCHF
PACMAN: intro & industrial partners
Involvement: around ESRs
Involvement: around the project

3. Introduction Management team Supervisory Board CERN,
HEXAGON METROLOGY, ETALON, ELTOS, METROLAB, DMP, SIGMAPHI, NI
PISA univ., CRANFIELD, SANNIO univ., LAPP, ETHZ, IFIC, SYMME, Tech. Univ. of Liberec
Management team
WP0 Management
H. Mainaud Durand
WP5 Training
N. Catalan Lasheras
WP6 Diss & Outreach
M. Modena
WP1 Metrology & Alignment
H. Mainaud Durand
WP2 Magnetic Measurements
S. Russenschuck
WP3 Precision mech. & nano-positioning
M. Modena
WP4 Microwave Technology
M. Wendt

4. Propose an alternative solution for the high accuracy alignment of the accelerator components:
using a stretched wire acting as a beam for the fiducialisation of components.
combining references & methods of measurements in the same place to gain time and accuracy
To get this:
develop very high accuracy metrology and alignment tools
Validate them on a final bench: the Final PACMAN Alignment Bench
Extrapolate tools & methods developed to other projects
Objectives

6. PACMAN industrial partners

7. PACMAN industrial partners
3 large companies:
National Instrument (HU):
Since 1976, National Instruments (NI) takes off-the-shelf semiconductor and computing technology and applies it to control, measurement and automation applications
Hexagon Metrology (DE):
Hexagon metrology offers a wide range of products and services for all industrial metrology applications in sectors such as automative, aerospace, energy and medical. Hexagon Metrology at Wetzlar is also where the development and manufacture of Leitz Brand high precision CMM, gear inspection systems and probe heads take place.
TNO (NL):
TNO Delft, with around 200 people in the field of high-end instrumentation, delivers innovative and complete solutions for large companies, SME’s and governmental organisations. TNO fields of knowledge are: applied physics, mechanics, material and process technology, instrumentation, electronics and information science.
PACMAN industrial partners

8. PACMAN industrial partners
5 SMEs:
DMP (ES):
Specialized in the manufacture of highly complex dynamic systems and components for aeronautic, defence and space, medicine, science and other markets
ELTOS (IT):
manufactures and supplies printed circuit boards for original equipment manufacturer customers and their electronic manufacturing service providers.
ETALON (DE):
ETALON offers high end system solutions for the calibration, monitoring and accuracy enhancement of machines, robots and structures. It was founded in 2004 as a spin-off of the PTB in Germany,
METROLAB (CH):
Metrolab is a world leader for instruments to measure magnetic field strength with a very high degree of precision.
SIGMAPHI (FR):
Sigmaphi has been making magnetic systems for particle accelerators for more than 25 years, and supply them all around the world (more than 80% is exported)
PACMAN industrial partners

9. Industrial involvement around the ESRs
Recruitment:
All the industrial partners received the short list of the 5 last candidates for the post offer in which they were concerned; they could provide comments before and after the board
They had to acknowledge the candidate chosen
Secondments:
ESRs have a mandatory 3 months secondments in industry
Objective of secondments: have a better knowledge of the industrial world, e.g. to learn how to define requirements, prepare and perform review and approval of an engineering design in order to develop prototypes, embedded in the teams of large industries and SMEs.
Role of industrial companies: education, training, coaching
Bonus: get high-skilled ESR to work, paid by EC.
Industrial involvement around the ESRs

10. Industrial involvement around the ESRs
Table of secondments:
Industrial involvement around the ESRs
ESR
Duration
Partner
ESR1.1
2 months
Hexagon
ESR1.2
3 months
Etalon
ESR2.1
Sigmaphi
1 months NI
ESR2.2
ELTOS
ESR3.1
4 months
DMP
ESR3.2
ESR3.3
TNO
ESR4.1
ESR4.2

11. Some conclusions from the secondments reports

12. Industrial involvement around the project
Around the workshops/events organized by the project:
IP workshop
PACMAN workshops (through talks, sessions, etc.)
“Talent speed dating” organized in the 3rd PACMAN workshop
Dissemination and outreach activities
Demos and trainings for all the students
This involvement did not concern only PACMAN industrial partners, but also other companies as well: Terabee, Guralp, ASML, METAS, MI-Partners, INSPHERE.
Networking
Sponsoring
Advertising & exposure

13. Industrial involvement in pictures
Presentation from MI-Partners
3rd Supervisory Board
Conference EUSPEN 2016
External KT Network meeting

14. Industrial feedback from final poll
Feedback from poll organized at the end of the project: 5 companies out of 8 answered (62.5%).
Workload as an industrial partner: was the balance positive or has the experience been too demanding?
Appropriateness of the secondments duration: 8.4/10
Rate of the adaptability of the students profile for industries: 8.2/10
Are you willing to join another ITN in the future?

15. Summary PACMAN = golden opportunity For students For partners
Exposure to leading edge technology
Multidisciplinary & multi-cultural environment
Work with large network of industries & universities
High quality training & outreach activities
Summary
For partners
Get trained manpower during the secondment
Develop synergies with other partners
Attract international researchers to strengthen their team
For the CLIC project:
To push technologies and methods to improve the alignment of the CLIC components, which is a critical challenge for the project.
To have a network of industries in order to provide solutions for the future, towards a CLIC future approval

16. PACMAN is a team work, it could not work without:
PACMAN is a team work :could not work without:
The students:
Claude Sanz
Vasileios Vlachakis
Solomon Kamugasa
Domenico Caiazza
Giordana Severino
Iordan Doytchinov
Peter Novotny
David Tshilumba
Silvia Zorzetti
Natalia Galindo Munoz
The academic supervisors:
Paul Shore
Paul Morantz
Markus Rothacher
Pasquale Arpaia
Xavier Tonnelier
Laurent Brunetti
Bernard Caron
Jo Spronck
Luca Fanucci
Angeles Faus-Golfe
The CERN supervisors:
Ahmed Cherif
Jean-Christophe Gayde
Jean-Frédéric Fuchs
Stefan Russenschuck
Marco Buzio
Michele Modena
Andrea Gaddi
Kurt Artoos
Manfred Wendt
Nuria Catalan Lasheras
The industrial partners:
Jürgen Schneider, Norbert Steffens, Heinrich Schwenke, Marie-Julie Leray, Pascal Lequerre, Alicia Gomez, Teun van den Dool, Joe Woodford, Jacques Tinembart, Philip Keller, Miroslav Sulc
CERN support:
Seamus Hegarty, Charlyne Rabe, Karen Ernst, Gregory Cavallo, Nicolas Friedli, David Mazur, Cécile Granier

17. New initiative coordinated by Elettra-Sincrotrone de Trieste (IT).
The main deliverable of CompacLight will be a Conceptual Design Report of an X-band Hard X-ray facility
Compact light

18. Industrial participation in Compact ligh
VDL ETG: Commercial structures supply
Participates in WP4, for X-band structure manufacturability and series production
Participates in WP7 supporting the global integration of CompacLight
Kyma S.r.l. : Commercial supply of advanced undulators
Participates in WP5, to explore the manufacturing and industrialization process of CompactLight undulators
Participates in WP7 supporting the global integration of CompactLight

19. Thank you for your attention