1. H. MAINAUD DURAND PACMAN WP1 OUTLINE Tasks & role of associated partner Plans for training

2. PACMAN  WP1 ESRSubjectSecondmentUniv.CERN Superv. 1.1Non contact high precision sensor for Leitz Infinity Coordinate Measuring Machine Hexagon (3M+2M) CranfieldH. Mainaud Durand 1.2Development and validation of an Absolute Frequency Scanning Interferometry (FSI) network Etalon (3M)ETHZJ-C Gayde 1.3Micro-triangulation for high accuracy short range measurements of dynamic objects Etalon (3M), ETHZ (3M) ETHZF. Fuchs

3. LSP S4 Measurement head ESR 1.1 0.3 µm + 1 ppm (MPEE, ISO 10360-2)

4. Tasks: To develop a non-contact sensor in order to determine the position of the mean axis of a stretched wire Definition of requirements Evaluation of existing optical probes Work out concept [M18 – February 2015] M1-2 Build up prototype [M26 – October 2015] M1-3, D1-2 Evaluation To upgrade the measurement head so that it can work in an environment with magnetic fields Evaluate impact of magnetic field to existing Leitz probes According to outcome, investigate into new solutions Test and evaluate functional model Calibration strategy optical-tactile: Assist to work out a concept based on experience of existing methods Integration and measurements on the Final Prototype Alignment Bench (FPAB) [M34 – July 2016] M1-4, D1-3 Role of Hexagon Metrology: Training on equipment Give access to equipment for testing (machine, test stand, Leitz probe) Supervise integration, project proposal and calibration strategy Role of Cranfield University: Training on high precision engineering Academic supervision ESR 1.1

5. ESR 1.2 Frequency Scanning Interferometry (FSI) For each distance to be measured, a measurement interferometer is built using optical components placed at each end of a line-of-sight. The optical path of each measurement interferometer is compared to the optical path in a reference interferometer, by scanning the frequency of a laser (connected to all interferometers in the system) and counting fringe cycles produced in the return signals from each interferometer.

6. Tasks: To develop the fiducials allowing the centring of optical fibre in order to perform absolute measurements (fiducials measurable by 3D CMM and usable for FSI) Definition of requirements Evaluation of solutions and conclusions [M18 – February 2015] M1-5 To study different configurations of FSI network through simulations in order to choose the best one for the measurements sequences, prepare the design To upgrade the FSI method (several reflectors seen by the same measurement channel)[M25 – September 2015] D1-4 Inter-comparison with Micro-triangulation (in collaboration with ESR1.3) Propose a test setup for comparison Perform measurements Analysis of inter-comparison Integration and measurement on the Final Prototype Alignment Bench [M36 – August 2016] M1-6, D1-5 Extrapolation to portable solution Role of Etalon: Training on equipment Supervise integration, project proposal and calibration strategy Provide calibration test stand? Role of ETH Zürich: Academic supervision ESR 1.2

7. Micro Triangulation Fiducials for micro Triangulation ESR 1.3

8. Tasks: To apply the micro-triangulation technology to the project: Micro-triangulation software + hardware specified [M15 – November 2014] M1-7 Increase the frequency of acquisition Synchronize the CCD camera Evaluate different types of fiducials, compatible with FSI Develop the detection algorithm for an oscillating stretched wire and fiducials [M25 – September 2015] D1-6 To perform simulations of the different configurations and verify on the experimental models Inter-comparison with Micro-triangulation (in collaboration with ESR1.2) Propose a test setup for comparison Perform measurements Analysis of inter-comparison [M34 – June 2016] M1-9, D1-8 Integration and measurement on the Final Prototype Alignment Bench [M36 – August 2016] M1-8, D1-7 Extrapolation to portable solution Role of Etalon: Training on equipment Role of ETH Zürich: Supervise integration, project proposal Academic supervision ESR 1.3

9. Training events, workshops & conferences Lead Organising Institution Planned dateESR1.1ESR1.2ESR1.3 1AXEL : introduction to particle accelerators (10h)CERNMarch 14XXX 2Basic principles of metrology and survey (2 days)CERNApril 14XXX 3CLIC principles and technology challenges (4-6 hours)CERNMay 14XXX 4Basic Labview training (5 days)NIJune 14(X) 5Radiation effects on electronics (4 days)CERNMay 14X 6Electromagnetic compatibility (6.5 h)CERNMay 14X 7MATLAB (2 days)CERNMay 14XXX 8 CMM fundamentals basics and usage of operating software Quindos (5 days) HexagonJune14XXX 9Advanced course in FSI (2 days)EtalonMay14XXX 10MAGNECERNApril 14 11ANSYS (4 days)CERNJune 14(X) 14Dimensional metrology (10h)CERNFeb. 15XXX 15USPAS course on vibrational aspects for accelerators (5 days)CERNJan. 15(X) 16Introduction to accelerator physics (2 weeks)CERNOct. 15(X) 17CST Microwave Studio (2 days)CERNJuly 14 18NI RF module (5 days)CERNJuly 14 19EMAG (2 days)CERNJune 14 Network-wide training activities – training events

10. Training events, workshops & conferencesPlanned dateESR1.1ESR1.2ESR1.3 12Workshop on Intellectual property and technology transfer June 15 XXX 13First, Second and Final PACMAN workshop (3 days each) Feb. 15, Sept. 16, June 17 XXX 20Conference in Optical metrologyMay 2015, 2016X 21International Workshop on Accelerator Alignment (IWAA)Oct. 2014, 2016 XX 22Biennal ISMA conference on Noise and Vibration EngineeringMay 2015, 2016 23 Yearly international conference and industrial exhibition organized by the European Society for Precision Engineering and Nanotechnology (EUSPEN) Oct. 2015, 2016X(X) 24The International Magnetic Measurements Workshop (IMMW)June 2015, 2016 25International Conference in Magnet Technology (MT)July 2014, 2016 26The International Workshop on Future Linear Colliders (LCWS) Oct. 2014, 2015, 2016 (X) 27 The LINAC conference is devoted to linear accelerators all over the world. Sept. 2014, 2015, 2016 28The International Particle Accelerator Conference (IPAC)June 2015, 2016(X) 29The European Gender Summit, organized yearly by genSET.Nov. 2014, 2015, 2016 (X) Network-wide training activities – workshops & conferences