Session 1: Visions and Roadmaps for MEMS
10:30-10:55 Finding the Place for MEMS in Space
Jonsson, K. ; Gronland, T-A. ; Rangsten, P. ; Bejhed, J. ; Bendixen, M. ; Johansson,
H
NanoSpace, (SWEDEN)
10:55-11:20 The Role of Water in MNT Spacecraft - a Visionary Outlook
Stenmark, L. ; Stenmark, L. Manbas
Alpha AB, (SWEDEN)
11:20-11:45 MEMS Qualification: Towards an Approved European Methodology
11:45-12:10 The CORONA Project
12:10-12:35 Miniaturisation Technology Development for Disruptive Spacecraft
Impact in ESA Basic Technology Research Programme
Kohler, J ; Binns, D ; Kircher, E
European Space Agency, (NETHERLANDS)
12:35-13:00 MEMS at ST Microelectronics: Business and Roadmaps
Brunet, T.
STMicroelectronics Aerospace & High Reliability Product, (FRANCE)
Session 2: MNT and Space Radiations
14:00-14:25 Failure Mode Discussion on Irradiated MEMS Structures
Dommann, A. 1; Neels, A. 1; Shea, H. 2; Bourban,
G. 2
1CSEM, (SWITZERLAND); 2EPFL, Microsystems for Space Technologies
Laboratory, (SWITZERLAND)
14:25-14:50 Memsrad Radiation Testing Guidelines
Oudea, C. 1; Vendier, Olivier 2; Gaillard, Remi 3
EADS-Astrium Space Transportation (FRANCE) 2Thales Alenia Space, (FRANCE);
2Infoduc, (FRANCE)
14:50-15:15 A Transparent Carbon Nanotube Sensor for Radiation detection
Yeow, John
University of Waterloo, (CANADA)
14:50-15:40 Miniaturised Sensor Development Programme for Studies of
the Space Plasma and Radiation Environment
Kataria, D. ; Smith, A. ; Bedington, R.
Mullard Space Science Laboratory, University College London, (UNITED KINGDOM)
15:40-16:05 Ion-iIadiated Carbon Nanotube Networks: correlated Changes
in Conduction and Other Properties
Skakalova, V. ; Hulman, M.
Danubia NanoTech, s.r.o., (SLOVAKIA)
Session 3: Micro Mirrors
16:20-16:45 Applications of Optical MEMS for Space Missions
Gobet, M.; Herbst, P.; Baroni, P.; Marxer, C.
1Sercalo Microtechnology Ltd, (SWITZERLAND)
16:45-17:10 MOEMS For Space: DMD Chip Evaluation
Zamkotsian, F. 1; Tangen, K. 2; Barette, R. 1;
Lanzoni, P. 1; Grassi, E. 1; Fabron, C. 1; Valenziano,
L. 3; Marchand, L. 4; Duvet, L. 4
1Lab. d'Astrophysique de Marseille, (FRANCE); 2Visitech, (NORWAY);
3INAF/IASF Bologna, (ITALY); 4ESA, (NETHERLANDS)
17:10-17:35 Hybrid Microfabricated Mirrors For Space Applications
Noell, W. 1; Bayat, D. 1; Ataman, C. 1; Lani, S.
1; Guldimann, B. 2; de Rooij, N. 1
1EPFL / IMT / SAMLAB, (SWITZERLAND); 2ESA / ESTEC, (NETHERLANDS)
17:35-18:00 Hermetically Sealed 2D-MEMS Scanning Mirrors for High Resolution
Imaging Applications
Hofmann, U. ; Janes, J. ; Ratzmann, L. ; Schwarzelback, O.
Fraunhofer ISIT (GERMANY)
Session 4: MOEMS and Optical Instruments
08:25-18:50 Experimental Research on Temperature Characteristics of
Two-Dimensional Micro Scanner
Zhang, C. ; Huang, H. ; You, Z.
Tsinghua University, (CHINA)
08:50-19:15 3D integrated Image Sensors for Smart Imaging Systems in
Space
De Moor, P.
imec, (BELGIUM)
09:15-19:40 Microbolometers for Mid, Thermal, and Far Infrared Sensing
Ngo Phong, L. 1; Pope, T. D. 2; Chateauneuf, F. 2
1Canadian Space Agency, (CANADA); 2INO, (CANADA)
09:40-10:05 Feasibility of Phased Binary Optical Sensors for Navigation
and Environmental Monitoring
Choudry, A.
STC (UNITED STATES)
Session 5: AOCS & Inertial Sensors
10:30-10:55 Development of a Nano-Satellite Reaction Wheel System with
Commercial Off-The-Shelf Motors
Dekens, E. ; Brouwer, G. ; Bouwmeester, J. ; Kuiper, J.
Delft University of Technology, (NETHERLANDS)
10:55-11:20 The Qualification and Market Entry of the SIREUS MEMS Coarse
Rate Sensor for Space Mission Applications.
Hartree, M 1; Hutton, P 1; Robertson, J 1; Durrant,
D 2; Crowle, H 3; Temperanza,Daniele 4
1SELEX Galileo Ltd, (UNITED KINGDOM); 2Systems Engineering
and Assessment Ltd,(UNITED KINGDOM); 3Atlantic Inertial Systems Ltd,
part of Goodrich Corporation,(UNITED KINGDOM); 4ESA - ESTEC, (NETHERLANDS)
11:20-11:45 Capacitive MEMS Accelerometers for Launcher Applications
– Theon Sensor
11:45-12:10 Short-cycle Industrialisation of MEMS Inertial Sensors
Reimer, K. 1; Schröder, Ch. 1; Merz, P. 2; Löwenstern,
O. von 3; Heller, M. 3
1Fraunhofer ISIT, (GERMANY); 2MEMS Foundry Itzehoe, (GERMANY);
3SensorDynamics, (GERMANY)
12:10-12:35 Measuring the Gravity Gradient Torque for MEMS based Approach
to an Earth Sensor
Ghose, K. ; Shea, H.R.
EPFL, (SWITZERLAND)
12:35-13:00 Development and Validation of MEMS Sun Sensor based on
APS Detector
Xing, F; You, Z; Zhang, G.F; Li, B
Tsinghua University, (CHINA)
Session 6: RF MEMS Switches
14:00-14:25 Reliability Assessment of RF MEMS Switches
Seguineau, C. 1; Dhennin, J. 1; Fourcade, T. 1;
Desmarres, J.M. 2; Courtade, F. 2
1NOVA MEMS, (FRANCE); 2CNES, DCT/AQ/LE, (FRANCE)
14:25-14:50 RF MEMS – Single Switch Element
Tschanun, W.; Heeb, P.
Reinhardt Microtech AG (GERMANY)
14:50-15:15 Reliability Enhancing Circuit for a Capacitive MEMS Switch
Houlihan, R. 1; Collins, P. 2; Olszewski, Z. 1;
Mathewson, A. 1
1Tyndall National Institute, (IRELAND); 2Cork Institute of
Technology, (IRELAND)
15:15-15:40 Miniature RF MEMS switched Capacitors using Nanogaps to
achieve 50ns switching Speed Capabilities
Guines, C 1; Verger, A 1; Blondy, P 1; Crunteanu,
A 1; Orlianges, JC 2; Dhennin, J 3; Courtade, F
4; Vendier, O 5; Pothier, A 1
1XLIM, (FRANCE); 2SPCTS, (FRANCE); 3NOVAMEMS, (FRANCE);
4CNES, (FRANCE); 5TAS, (FRANCE)
15:40-16:05 MEMS redundancy switches for a LTCC Switch Matrix Hybrid
Module
Di Paola, E. ; Di Nardo, S. ; Feudale, M. ; Pochesci, D. ; Fina, A. ; Di Marcantonio,
U.
Thales Alenia Space, (ITALY)
Session 7: Nanotechnology Roadmaps and Applications
16:20-16:45 Prioritising the use of Nanomaterials in the Space Industry
Winkless, L. 1; Cuenat, Alexandre 1; Stark, Del 2;
Britten, Paul 3
1National Physical Laboratory, (UNITED KINGDOM); 2Institute
of Nanotechnology, (UNITED KINGDOM); 3Britten Consulting Limited, (UNITED
KINGDOM)
16:45-17:10 Nanotechnology Roadmap for Space Applications
Oudea, Coumar 1; Oudea, Coumar 1; Larnac, Guy 2;
Dupillier, Jean-Marc 1; Vendier, Olivier 3; Bourgeon, Michel
4
1EADS Astrium Space Transportation, (FRANCE); 2EADS astrium
Space Transportation, (FRANCE); 3Thales Alenia Space, (FRANCE); 4Snecma
Propulsion Solide, (FRANCE)
17:10-17:35 Nanotechnologies for Space Transportation Systems: Potential
and Prospects
Ianelli, S. 1; Scalia, T. 2
1ASI - Italian Space Agency, (ITALY); 2D'Appolonia S.p.A,
(ITALY)
17:35-18:00 Aligned Carbon Nanotubes Implementation in Aerospace Fiber
Polymer Composites for Multi-Functional Property Enhancement
Yamamoto, N. ; Wardle, B.L.
Massachusetts Institute of Technology, (UNITED STATES)
18:00-18:25 Possible Implementation of Semiconducting Multiwalled Carbon
Nanotubes as On-chip Interconnects
Nanda, K. K.
Indian Institute of Science, (INDIA)
18:25-18:50 Some Contributions of Nanomaterials to RAM Materials, Passive
Thermal Control Coatings and Dosimeters
Souque, M. 1; Vendier, O. 2; Courtade, F. 3; Remaury,
S. 3; Valade, L. 4; de Caro, D. 4; Fau, P. 4;
Chaudret, B. 4
1CNRS/CNES/TAS, (FRANCE); 2Thales Alenia Space, (FRANCE);
3CNES, (FRANCE); 4CNRS, (FRANCE)
Session 8: MNT Integration - 1
08:00-08:25 Development of Interfaces for Micro-Nano Satellite Systems
Nilsson, Peter ; Ljunggren, Anders ; Thorslund, Robert
ÅAC Microtec, (SWEDEN)
08:25-08:50 Miniaturized Dutch Spacecraft based on MicroSystem Technology:
Status and Perspectives
Guo, J. 1; Bouwmeester, J. 1; Gill, E. 1; Noroozi,
A. 1; Verhoeven, C. 1; Rotteveel, J. 2; Leijtens,
J. 3; Tijsterman, R. 4; Sanders, B. 5
1Delft University of Technology, (NETHERLANDS); 2ISIS - Innovative
Solutions In Space, (NETHERLANDS); 3TNO Space, (NETHERLANDS); 4Bradford
Engineering B.V., (NETHERLANDS); 5TNO Defense, Security and Safety, (NETHERLANDS)
08:50-09:15 The Micro-Nano Smart System for Space Application
Zhao, Z. ; You, Zheng
Tsinghua University, (CHINA)
09:15-09:40 The Packaging Integration and Interfacing of Micro System
Hardware for the ExoMars Life Marker Chip Instrument
Borst, G 1; Boom, E 1; Prak, A 2
1Dutch Space, (NETHERLANDS); 2LioniX, (NETHERLANDS)
09:40-10:05 Introducing a Low Cost and High Performing Interoperable
Satellite Platform based on Plug-and-Play Technology for Modular and Reconfigurable
Civilian and Military Nanosatellites
Bruhn, F. C. 1; Selin, P. 1; Lindegren, R. 1; Kalnins,
I. 2; Lyke, J. C. 3; Rosengren-Calixte, J. 4; Nordenberg,
R. 4
1AAC Microtec, (SWEDEN); 2University of Bremen, (SWEDEN);
3AFRL/Space Vehicles Directorate, (UNITED STATES); 4Swedish
Defence Materiel Administration (FMV), (SWEDEN)
Session 9: Carbon Nano Tubes & Nanotechnology
10:30-10:55 Inasmet
10:55-11:20 Carbon Nanotube Doped CFRP'S - Challenge and Improvement
for Space Structures?
Klebor, M. 1; Hepp, F. 1; Pfeiffer, E. 1; Lodereau
, P. 2; Pambaguian, L. 2
1HPS, (GERMANY); 2ESTEC, (NETHERLANDS)
11:20-11:45 CNT Doping of Resin for CFRP Thermal Conductivity Enhancement
Lutz, M. ; Cornillon, L. ; Robert, C.
Thales Alenia Space, (FRANCE)
11:45-12:10 Thermoplastic / Carbon NanoTubes Nanocomposites for promoting
Conductivity in Polymeric based Structures
Carponcin, D. 1;Dantras, E. 1;Cadièrgues, L. 2;Aridon,
G. 3; Levallois, F. 3; Lacabanne, C. 1
1Laboratoire Physique des Polymères-Institut Carnot CIRIMAT-Université
Paul Sabatier, (FRANCE);2Centre National d'Etudes Spatiales,(FRANCE);3EADS
Astrium Satellites, (FRANCE)
12:10-12:35 Carbon Nanotubes and Silver Flakes filled Epoxy Resin for
new Conductive Hybrid Adhesives
Marcq, F 1; Demont, P 1; Monfraix, P 2; Peigney,
A 1; Laurent, C 1; Courtade, F 3; Jamin,T 3
1Université de Toulouse - Institut Carnot CIRIMAT, (FRANCE); 2Thales
Alenia Space, (FRANCE); 3Centre National d'Etudes Spatiales, (FRANCE)
12:35-13:00 Multi-wall carbon nanotubes/ cyanate ester composites towards
the development of novel materials with tailored mechanical, electrical, thermal
and RF properties for space antenna reflector applications
Kostopoulos, V. 1; Vavouliotis, A. 2; Baltopoulos, A. 2;
Fiamegou, E. 2; Fiamegou, E. 2
1Applied Mechanics Laboratory / University of Patras, (GREECE); 2Applied
Mechanics Laboratory, (GREECE)
Session 10: MEMS Packaging
14:00-14:25 Miniaturized Interconnection Systems
Jakob, M.
AXON Kabel GmbH, (GERMANY)
14:25-14:50 Hermetic and Reliable Wafer-Level Packaging for MEMS
Lisec, T. ; Reinert, W.
Fraunhofer ISIT, (GERMANY)
14:50-15:15 WALES: MEMS Wafer Level Encapsulation
15:15-15:40 Aspects of Micropackaging and System Integration of MEMS
Devices
Pritchard, A ; Sturland, I
BAE Systems, (UNITED KINGDOM)
15:40-16:05 Dual Pressure Chip capping Technology
Schröder, Christian ; Reimer, Klaus ; Weiß, Manfred
Fraunhofer ISIT, (GERMANY)
Session 11: MEMS Varactors, Relays - Wireless - Charge Trapping
16:20-16:45 Stable, High Tuning Range, Micromachined Varactors For
Space Applications
O'Mahony, C. 1; Kuberappa, Y. 2; Love, J. 2; Hill,
M. 2
1Tyndall National Institute, (IRELAND); 2Cork Institute Of
Technology, (IRELAND)
16:45-17:10 Design and Fabrication of Electrostatic MEMS Relay for
Space Application
Ruan, Y. ; You, Z.
Tsinghua University, (CHINA)
17:10-17:35 Autonomous μSystem for Transmission Wireless
Rouault, Hélène 1; Klein , Philippe 2; Favre-Reguillon, François
2; Vassal, Marie-Cécile 3; Pelissou, Patrice 4;
Daniel, Lise 1; Jost, Pierre 1
1CEA-Liten, (FRANCE); 2Commissariat à l'Energie Atomique et
Energies Alternatives, (FRANCE); 33DPlus, (FRANCE); 4EADS
- Astrium, (FRANCE)
17:35-18:00 A Novel Charging Concept in Capacitive RF MEMS
Olszewski, Z ; O'Mahony, C ; Houlihan, R ; Duane, R
Tyndall National Institute, (IRELAND)
18:00-18:25 Conduction Modes in Si3N4 Capacitive RF-MEMS
Mardivirin, D. 1; Courreges, S. 1; Pothier, A. 1;
Crunteanu, A. 1; Blondy, P. 1; Coccetti, F. 2;
Plana, R. 2
1XLIM UMR 6172, (FRANCE); 2CNRS; LAAS, (FRANCE)
Session 12: MNT Integration - 2
08:25-08:50 The Advanced Microfluidics and Integrated Optics Technology
forming the Microsystem Analysis Core to be integrated in the ExoMars Life Marker
Chip Instrument
Leeuwis, H. 1; Prak, A. 1; Sims, M.R. 2; Cullen,
D.C. 3
1LioniX BV, (NETHERLANDS); 2University of Leicester, (UNITED
KINGDOM); 3Cranfield University, (UNITED KINGDOM)
08:50-09:15 High-Performance, High Reliability Subsystems for Nanosatellites
Rotteveel, J. 1; Bruhn, F. 2
1ISIS - Innovative Solutions In Space BV, (NETHERLANDS); 2AAC
Microtec, (SWEDEN)
09:15-09:40 For the Mini-DSS, it’s the System Level that counts.
Leijtens, J
TNO, (NETHERLANDS)
09:40-10:05 Development of a MEMS based Heat Switch for Nano-Satellite
Applications
Nilsson, Peter ; Ljunggren, Anders ; Bruhn, Fredrik
ÅAC Microtec, (SWEDEN)
Session 13: MEMS in Propulsion Systems
10:30-10:55 A Differential Pressure Sensor for Space with a Silicon
MEMS Element
Evensen, L. 1; Seeberg, B.E. 1; Staubo, P. 1; Filhol,
F. 2
1Presens as, (NORWAY); 2ESA, (NETHERLANDS)
10:55-11:20 MEMS-Based Hydrogen Peroxide Microthruster Module for Micro-Nanosatellite
Cocomazzi, R. 1; Tortora, P. 2; Margesin, B. 3;
Faes, A. 3
1ALMASpace S.r.l., (ITALY); 2University of Bologna, (ITALY);
3Fondazione Bruno Kessler, (ITALY)
11:20-11:45 Proof of Concept and Preliminary Experiments of a Plasma
Arcjet Microthruster for Micro and Nanosatellites
MANZONI, G. 1; BRAMA, Y.L. 2
1Microspace Srl, (ITALY); 2Microspace Rapid Pte Ltd, (SINGAPORE)
11:45-12:10 Capacitive MEMS Pressure Sensor for Space – Theon Sensor
12:10-12:35 MEMS Electric Propulsion On A Chip: Microfabricated Arrays
Of Integrated Capillary Nano-Electrospray Emitters
Ataman, C. ; Favre, J ; Shea, H. ; Krpoun, R.
EPFL, (SWITZERLAND)
12:35-13:00 Development of MEMS based Electric Propulsion
Tata Nardini, F. 1; Sanders, B. 2; Noca, M. 3;
Shea, H. 3; Monna, B. 4; Visee, R. 4; Stark, J.
5; Gronland, T. 6; Rangsten, P. 6
1TNO defence, Security and Saftey, (NETHERLANDS); 2TNO Defence,
Security and Safety, (NETHERLANDS); 3EPFL, (SWITZERLAND); 4SystematIC,
(NETHERLANDS); 5QMUL, (UNITED KINGDOM); 6Nanospace, (SWEDEN)
Workshop Overview
Thursday, 14:00-14:30
The CANEUS workshop overview will provide the raison d'être of the CANEUS workshop.
The primary objective of the workshop is to oversee the formation of international
public/private partnerships within the space community by fostering a collaborative
environment aimed at the adoption, adaptation, and accelerated commercialization
of micro and nano technologies. This objective is achieved through a flow down format,
beginning with concept introductions and ending with project reports and deliverables,
as well as plans for the future.
Materials & Sensors 1: Concept Introductions
Thursday, 14:30-16:00
This opening workshop session will introduce new, innovative technology projects
concepts related broadly to nano materials. These concepts will address critical
needs for space and defence systems for rapid materials and sensors prototyping,
and if successfully demonstrated, will lead to rapid adoption by the space and defence
industries. Concept presenters will provide workshop participants with the technical
and programmatic background necessary to evaluate the current status in terms of
technological maturity, potential space applications and the challenges involved
in this technology development.
Concept Presentations:
- Lars Stenmark, (Manbas Alpha AB; Upsala University)
- Jacques Lyrette (IAR-NRC; IMTC)
- Pietr de Moor (IMEC)
- Laurent Francis (UCL Belgium)
- Jean Michel Stauffer (Colybris)
- Chris Roeloffzen (SaTraX; University of Twente)
- Sonia Garcia-Blanco (University of Twente)
- Stève Masson (ONERA)
Materials & Sensors 2: End-User Requirements
Thursday, 16:20-18:00
Following concept presentations, this session allows space and defence end-users
to provide their nano-materials and sensors requirements. In terms of nano-materials,
space and defence users are constantly looking for systems that can provide significant
enhancement in the thermal conductivity, directional anisotropy, radiation/absorption,
and structural reinforcement capabilities. In terms of sensors, space and defence
users are constantly looking for systems that bring new capabilities that have robustness
and reliability, technological maturity, failure mechanisms based on graceful degradation
and significantly lower mass, size and power consumption. The discussion in this
session will establish the minimum space and defence system requirements in reference
to both of these areas that have to be met to achieve both immediate and near-term
needs.
End User Panellists:
- Captain Chesnut (EUCOM Innovation)
- Colonel Goldfein (EUCOM Innovation)
- Coumar Oudea (EADS)
- Laurent Pambaguian (ESA)
- Jean-Michel Stauffer (Colybris)
- Edward Martinez (NASA AMES)
Keynote Address: Policy Issues, Nanotechnology and Transatlantic Collaboration
Friday, 08:30-09:00
Reinhard Schulte-Braucks Head of Unit Space Research and Development;
DG Enterprise and Industry of the European Union
Business Aspects and Teaming
Friday, 09:00-10:00
The Business Aspects and Teaming session will allow a panel of experts to address
financial and management aspects of the proposed consortium projects, in terms of
guiding project development in the context of end-user requirements, proposed teaming
relationships and corresponding core competencies, the intellectual property portfolio,
funding schemes with reference to European framework programs (FP7), and opportunities
from within the European defence community, NASA and elsewhere. Following these
business aspects, each group will have the opportunity to develop their teaming
and implementation plan.
Heico Frima Unit of Nano- and Converging Sciences and Technologies;
DG Industrial Technologies of the European Commission
Materials & Sensors 3: Project Implementation Plan
Friday, 10:30-12:30
This session will help project teams to discuss the detailed roadmap to product
development for the proposed nano materials and sensors related projects concepts,
e.g. the work-breakdown-structure; key milestones to be achieved for a 12 to 18
months development schedule; detailed aspects of the design, fabrication, assembly
and testing; required infrastructure; and potential technical/management pitfalls
that could impact the overall budget and schedule. Based on this selection individual
business cases will be developed around the promising concept areas.
Keynote Address: Programmatic Issues and Opportunities for Transatlantic MNT Collaboration
in Space
Ulrich Karock Technology Manager of The European Defence Agency
Friday, 12:30-13:00
Project Reports and Deliverables
Friday, 14:00-14:30
In this common session, each Concept Workshop Coordinators will preset the salient
aspects of his or her business plan and any key issues that remain to be addressed.
Both groups will come together and team leaders will present their project reports
along with projections of future deliverables. The Coordinators will speculate on
the near term and far term activities required for advancing the consortia project
for product / system development.