European Robotics Map

Transcription

ROBOTICS MAP - Collaborative catalogue 2015
Release v.20151005
ROBOTICS MAP 2015:
LET'S COLLABORATE!
the first robotics community catalogue
Madeeli
Promotes this robotics
community catalogue
Join us!
put your competences on the map and your name on
the directory
100% shared, 100% free
How does the community work:
A contributor puts its competences on the map.
A partner disseminates the catalogue twice a year, in
its network.
On the 23rd November 2015, next release
during the euRobotics week
More informations:
http://euroboticsmap.madeeli.fr
Release v.20151005
INTRODUCTION
THE ROBOTICS MAP IS YOURS!
Becoming a member is free of charge, all you have to do is register and contribute.
The idea of a map was first initiated by the workshop on “The role of Regions in Supporting Robotics”
organised in Brussels on October 30th 2013 by the European Commission, DG CONNECT, the Tuscany Region
and the Scuola Superiore Sant’Anna – BioRobotics Institute. The collaborative “Robotics Map” project was
later launched during the euRobotics week 2014 in Toulouse. This initial version of the catalogue results from
a partnership between Madeeli, Robotics Place and LAAS-CNRS (Midi-Pyrenees, France), Thésame and
Innoecho (Rhone Alpes, France).
The “Robotics Map 2015”’s community based ambition is to identify key stakeholders and individuals to build
a map of competences and trigger smart collaboration… resulting in a coherent team structured for
international competition in robotics. To enhance partnerships among members of the community, every
contributor is to identify key contacts, competences, inputs and expectations. The purpose is not to be
exhaustive but to give key information to be easily identified and reached. Every member of the community
can create or modify a form at any time. This first release aggregates data entered by members to generate a
catalogue. Subsequently, twice a year an updated version will be released that will integrate newcomers and
modifications that will have taken place in the meantime.
Community
insight
The RoCKIn Competition 2015 rockinrobotchallenge.eu/rockin2015 will take place in Lisbon
between 21 and 23 November 2015, bringing 15 teams from 6 countries to compete and to benchmark
their robots in domestic (RoCKIn@Home) and industrial (RoCKIn@Work) environments, showing the most
recent progresses of their R&D.
Similarly to what was done last year in Toulouse during RoCKIn 2014, we will also include a Workshop on EU
Robotics Cluster Regions, organized by Madeeli, with its main focus on bringing together innovative
Portuguese companies in this area, together with end-users and investors, so as to look towards creating a
Robotics Cluster in Portugal and promoting opportunities for technology transfer from academic research to
industrial products.
Lisbon is promoting its worldwide image of Startup City and its Town Hall is nurturing this initiative. Come
to see the RoCKIn Competition 2015 and take the opportunity to meet some of the best
Portuguese entrepreneurs in robotics, creating bonds and opportunities for future joint work and
business.
Looking forward to meeting you in Lisbon!
RoCKIn team.
Your Robotics Field Developer contact:
Séverine Rengnet,
Madeeli
severine.rengnet@madeeli.fr
+33 (0)6 80 22 86 99
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Release v.20151005
WE COMBINE OUR NETWORKS FOR THE COMMUNITY
On 5th October 2015, all of the following partners will have sent the catalogue to all its qualified contacts.
On the 23rd November 2015, next release during the euRobotics week
Join us for the next release and let’s trigger a snowball effect all together!
Aquitaine Robotics
Coboteam
The Aquitaine Robotics cluster was created in July
2013 by the Regional Council of Aquitaine, Aquitaine
Development Innovation and the Bordeaux Institute
of Technology. The cluster aims to build a real
economic sector and to develop skills in scientific
research and training, in the areas of manufacturing
and logistic robotics, robotics in open environments
and personal service robotics. Various applications
have been found for “the factories of the future”, the
Silver Economy, agriculture and others. Aquitaine
Robotics cluster diffuses information to its members
(mainly companies, research & training organizations,
and end users) and also to its clusters partners.
Coboteam is the innovative robotic hub initiated since
2014 in Rhone-Alps. It is supported by Rhone-Alps
Region and driven by Thésame (Mechatronic
innovation agency) and Ardi (Rhone-Alps innovation
agency). Coboteam has the vocation to gather all
robotic innovative actors in Rhone-Alps: startups,Smes,large groups,robotic organizations,research
& development organization. Coboteam diffuses the
catalogue to 8,000 qualified contacts
CRIIF
euRobotics
CRIIF Robotics and IoT develops tailor-made,
innovative and technological solutions in Robotics and
IoT. From the pre-study to the prototype and the
industrialisation, the experience gained in more than
25 years of robotics projects allows us to design your
idea quickly and efficiently. Start-up or big firm, our
“outside-of-the-box” approach will assure you to
benefit the best solution. Design, User eXperience,
Mechatronics, Integrated software, mechanical
systems, electronics, user interface or Artificial
Intelligence, our teams cover the field of applications
to design the whole solution, or just a specific need.
euRobotics Aisbl is a Brussels based international
non-profit making association for all stakeholders in
European robotics. euRobotics collaborates with the
European Commission (EC) to develop and
implement a strategy and a roadmap for research,
technological development and innovation in robotics.
euRobotics also builds upon the success of the
European Robotics Technology Platform (EUROP) and
the academic network of EURON. euRobotics Aisbl
has 231 Member Organisations representing all
sectors involved in Robotics, i.e. research
organisations, universities, manufacturers, system
integrators, end users, etc.
ID Champagne Ardenne
Innoecho
ID Champagne Ardenne is the Agency for Innovation
and Investment of Champagne Ardenne Region. Its
main missions targeting regional companies and
laboratories are project engineering, technology
transfer and support innovation within SMEs. ID
Champagne Ardenne supports researchers and
companies in setting up regional, national and
European research and innovation projects. It hosts
the incubator which fosters the creation of young
innovative enterprises through technology transfer.
The agency manages the regional innovation network
which supports regional actors in answering SMEs
needs in terms of R&D and innovation.
An Impact Consulting firm focused on business
development through innovation and expertise in
worldwide robotics markets, Innoecho brings together
a vast business ecosystem of disruptive technologies
in order to make the world a better place.
Throughout the year, Innoecho drives a community of
over 3,500 robotics companies worldwide with nearly
10,000 leaders and decision makers who work
together through open innovation and see robotics
technologies, products and services as opportunities
for technology-fueled growth and competitive
advantages. Innoecho, A human approach to
disruptive technologies.
LAAS-CNRS
Madeeli
The Laboratory of Analysis and Architecture of
Systems (LAAS) is a CNRS research unit and part of
Carnot institutes, label which highlightsthe quality
and the relevance of its research regarding socioeconomic stakes.
The Robotics topic conducts research involving
perception, decision-making, motion, action,
communication and interaction between the robot
and its environment: the other robots, humans and
ambient intelligence systems.
As the investment & trade agency of the MidiPyrenees region, Madeeli offers free consulting for
your corporate location or partnerships projects in
Southern France. We are also committed to assisting
your innovation projects from the very first steps to
completion. We provide your company with a
comprehensive range of services and tools enabling
you to take advantage of all the innovation-based
resources in our region. Madeeli diffuses the
catalogue to 10,000 qualified contacts. Madeeli is
part of Enterprise Europe Network.
Maison Innovergne
Proxinnov
Maison Innovergne is a public organization committed
to assisting your innovation projects from the very
first steps to completion. It provides companies with
a comprehensive range of free services and tools
enabling you to take advantage of all the innovationbased resources in Auvergne region (France). Maison
Innovergne diffuses information to more than 5,000
qualified contacts.
Created in 2013, Proxinnov is a regional innovation
platform supporting SMEs to integrate robots in their
process. This platform has invested in several
manufacturing robots and related equipments and
software. Proxinnov is part of a huge industrial
network in the Pays de Loire Region.
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SUMMARY
INTRODUCTION
2
COMMUNITY
3
Territories
Region Aquitaine (France)
5
Region Auvergne (France)
8
Region Champagne Ardenne (France)
Association, agency,
foundation
Cluster
35
11
Association for Robots in Architecture
(Austria)
Region Midi-Pyrénées (France)
14
Robot Lab (France)
36
Region Pays de la Loire (France)
17
ROBOTILNICA (Macedonia)
37
Region Rhône Alpes (France)
20
38
23
Agileo Automation (France)
39
Antal Bejczy Center for Intelligent
Robotics (Hungary)
24
BonX Unmanned Systems (France)
40
British Robots (UK)
41
BioRobotics Institute of Scuola
Superiore Sant’Anna (Italy)
25
Colmac Robotics (Ireland)
42
26
CRIIF Robotics and IoT (France)
43
BrSTU Robotics Lab (Belarus)
44
Ecole des Mines de Douai (France)
27
INEA (Slovenia)
45
Edinburgh Centre for Robotics (UK)
28
Innoecho (France)
29
Mobisense Systems (France)
46
Institut de Robòtica i Informàtica
Industrial, CSIC-UPC (Spain)
NEXIO (France)
47
Institute for Systems and Robotics
(Portugal)
30
OC Robotics (UK)
48
Ortelio (UK)
49
NEOMA BS – Institut SPoC (France)
31
PRO Consulting (France)
50
raltec – researchgroup for assisted
living technologies (Austria)
32
RB3D (France)
51
Shadow Robot Company (UK)
52
RoboLab (Slovenia)
33
SIEMENS PLM (France)
53
SARChI Chair Enabled Environment for
Assistive Living (South Africa)
34
Sterela (France)
54
Tecnalia (France)
55
4
57
Robotics Place (France)
58
Viaméca (France)
59
Proxinnov (France)
ADtronik (France)
Altair Robotics Laboratory (Italy)
DIRECTORY
56
Mecanic Vallée (France)
Technical platform
Company
Academics
Aquitaine Robotics (France)
60
Training organisation
ICAM (France)
61
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ROBOTICS
IDENTITY
Région Aquitaine
France
Region
KEY FIGURES
10% of the regional budget is dedicated to research and innovation
1st in the world for viti/viniculture
Close to 300,000 businesses; 1,309,000 jobs
4th ranked region in terms of job and business creation
GDP of !78,9 billion
MARKETS AND APPLICATIONS
Manufacturing and services covering traditional sectors (forest products, food-processing) and high technology domains (aeronautics-space-defence, chemicals-materials,
pharmacy, optical-laser)
TECHNOLOGIES AND SYSTEM ABILITIES
Technological platforms and Scientific facilities that meet international standards and attract well-known international researchers to the region
FURTHER DETAILS
A dynamic economy with competitive costs
Strategic location with high-quality resources
An attractive area
COOPERATION PROFILE: SOMETHING TO
OFFER? A REQUEST?
Helping business to become more competitive: the Region’s actions include
direct support to businesses focused on improving overall economic,
environmental and societal growth
KEY WORDS
Research and innovation to boost employment
Bolster productivity through the regional program “Factories of the Future”
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This form was filled in by: Léonard Pommereau - Aquitaine Développement Innovation
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ROBOTICS
POLICIES
Région Aquitaine
France
Region
KEY FIGURES
Over 15 years of constant focus on intelligence and innovation
support to more than 1,200 businesses each year
Construction and funding
POLICIES
Accompanying the transformations operating in traditional industries as well as the creation of the industrial sectors of the future, while taking into account major
societal challenges, such as the transition to renewable energy sources and the ageing of the population
Designing an ecosystem of innovation based on the creation of scientific centres of excellence and the construction of a high-performance technology network
encouraging the economic and social development by facilitating links between researchers and businesses, and increase the potential and the scientific recognition of
regional laboratories and their international visibility
Stimulating and getting value from creativity
Helping businesses at each stage of their development
Supporting international commercial development
KEY NETWORKS
6 technology parks bringing together an array of high-tech activities
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ROBOTICS
KEY NETWORKS
Région Aquitaine
France
Region
CLUSTERS
5 national and international competitiveness clusters (Aerospace Valley,
Route des Lasers, Xylofutur, Avenia, Agri-Sud Ouest Innovation)
18 regional or local business clusters (Aquitaine Robotics, Aetos, TOPOS,
Digital Aquitaine, etc.)
KEY COMPANIES
Dassault Aviation, Astrium, Thales, Photonis, Aquitaine Electronique, EADS
Composites Aquitaine, Serma Technologies, Lectra
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ACADEMICS
130 research laboratories, employing more than 13,000 researchers
TECHNOLOGIC PLATEFORMS
ALPhANOV (Laser), CANOE (Materials and chemistry) , CATIE (Digital
technology and electronics), INEF4 (sustainable building), etc.
More informations:
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ROBOTICS
IDENTITY
Auvergne - Maison Innovergne
France
Region
KEY FIGURES
12 public research laboratories
3 clusters
40 SMEs: technology provider for robotics (and 1,500 industrial companies)
Agri & food industry
Aeronautics, Automotive
Steel and alloy industry
Health industry
IT business
Advanced manufacturing
Perception, navigation, interaction, decisional autonomy
Embedded systems, complex systems
Safety, security and testing
Mechanical systems, materials
COOPERATION PROFILE: SOMETHING TO OFFER? A REQUEST?
Laboratories and technical platforms: international excellence (LabEx IMobS3 – Equipex Robotex), AIP Primeca
Innovative SMEs and Startups linked with academic strengths
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This form was filled in by: Sébastien MALLET
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ROBOTICS
POLICIES
Auvergne - Maison
Innovergne
France
Region
KEY FIGURES
Regional research investment in the field of Robotics since 2007: 9,000,000 !
Regional investment in innovative projets on the sectors of Robotics since 2007:
3,000,000 !
POLICIES
Since 2005: Support collective action on competitiveness, including ViaMéca (mechanical engineering)
2007 – 2013: Support of the research project « Innov@pole » (State-Region project Contract (CpeR)), mainly focused on innovative mechanical systems and mobility
Since 2011: Support of LabEx IMobS3 which aims to become, within 10 years, an international reference center for the mobility of persons, manufactured goods and
machines
Since 2014: the Regional Smart Specialization Strategy has identified a regional innovative domain of excellence, “Intelligent machines and production systems”
KEY NETWORKS
Clusters: Auvergne TIC and Efficience Industrielle
Competitiveness clusters : ViaMéca, Céréales Vallée
Maison Innovergne, Europe EN
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ROBOTICS
KEY NETWORKS
Auvergne - Maison Innovergne
France
Region
CLUSTERS
ViaMéca : www.viameca.fr – Arnaud Bocquillon – A.Bocquillon@viameca.fr
Auvergne TIC :www.auvergnetic.com
Auvergne Efficience Industrielle :www.e-cluster.fr –Dominique LESTANT –
dominique.lestant@e-cluster.fr
KEY COMPANIES
Aubert et Duval
Banque de France
Constellium
Ligier
Limagrain
Michelin
Volvic
4D Virtualiz
Catopsys
Effidence
Exotic systems
Inoprod
IP Leanware
Mecatheil
Phiméca
Tiger Process
RJ Industrie
ACC/ACCI
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ACADEMICS
LabEx ImobS3 – International reference center for the mobility of persons,
manufactured goods and machines
Equipex Robotex
Institut Pascal, IRSTEA, LIMOS (450 researchers)
PAVIN VU and PAVIN VMN, CTT (IFMA), APRV
More informations:
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ROBOTICS
IDENTITY
France
Région Champagne Ardenne
Region
KEY FIGURES
5 Public Research Labs and technologic plateforms
~20 companies
1 cluster involved
Agro and food industry – Wine industry
Drones
Packaging industry
Health industry
Factory of the Future
Modelisation, diagnostic and supervision, command and automation – technology transfer platform based on a complete automated and robotized packaging unit
(CellFlex)
Development of specific tools for picking strategy optimization
Design of robotic systems and machines for human training / rehabilitation. Design of Robotic wheel chair
Cooperation between human and robot in a hostile environment
Technology transfer for advanced robotized industrial processes : plasma transferred arc process, surface treatment by atmospheric plasma
Socio-ethnographic approach of robot use – social and societal acceptance of robots specially by elderly people, with consideration of their human environment
(relatives, medical staff) and the business model
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This form was filled in by: Pierre Yves Baillif - ID Champagne Ardenne
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ROBOTICS
POLICIES
France
Region
KEY FIGURES
Factory of the Future plan 1st call (2014) => 4,6M!
Factory of the Future plan 2nd call (2015) => 5,1M!
Funding of 4 academic research projects connected to robotics
POLICIES
Champagne Ardenne Regional Innovation Strategy (S3) adopted in January 2014 focuses on optimization of performance, material use and transformation.
The Factory of the Future has been selected as a priority at the Regional level among the 34 national industrial plans.
Champagne Ardenne Region has launched in July 2014 and January 2015 a call for expression of interest dedicated to the Factory of the Future. The aim of this
proposal is to support Regional factories modernization, industrial performance and competitiveness improvement. Integration of new technologies and Robotics is
supported within this program.
KEY NETWORKS
Conseil Régional Champagne Ardenne : Direction du Développement Économique (deveco@cr-champagne-ardenne.fr)
Conseil Régional Champagne Ardenne : Direction de l’Enseignement Supérieur, de la Recherche et de l’Innovation (innovation@cr-champagne-ardenne.fr)
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KEY NETWORKS
France
Region
CLUSTERS
MATERALIA (Competitiveness Cluster)
http://www.materalia.fr/
KEY COMPANIES
Allians Robotics, AMS, Aries Packaging, FEGE, LBM Industries, SECMA,
SERM, Sens 3D…
ACADEMICS
University of Reims Champagne-Ardenne (URCA)
http://www.univ-reims.eu/
=> Research Centre in Information and Communication Science and
Technologies (CRESTIC)
Troyes University of Technology (UTT)
http://www.utt.fr/en/index.html
=> Laboratory of Industrial Systems Optimization (LOSI)
NEOMA Business School
http://www.neoma-bs.com/en/
=> Smart Product and Consumption Institute
SUPINFO
http://labo-robotique.com/
=> SUPINFO Robotics Research Lab
CRITT-MDTS : Regional Center of Innovation and Technology Center
materials, coatings and surface treatments
http://www.critt-mdts.com/english/index.php
MADOPA : Centre of expertise in technologies and services for elderly
people autonomy at home
http://www.madopa.fr/
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ROBOTICS
IDENTITY
Midi-Pyrénées
France
Region
KEY FIGURES
17 Public Research Laboratories
9 Technologic platforms
116 companies ( 800 Aeronautic&Space and Machine Tools companies)
12 clusters involved
Aeronautics & Drones
Space industry & Earth obs. industry
Health industry
Embedded systems and IT business
Factory of the future
Perception, navigation, cognition, interaction capability, decisional autonomy
Embedded systems, complex systems and integration, electrical or hybrid energy management
Safety, security and testing, real-time software, scientific calculations, big data
Mechanical systems, materials, micro and nanotechnologies
FURTHER DETAILS
OFFER? A REQUEST?
Key issues focus :
– Marketing & business models dynamics (high level WW competitors)?
– Young public politics to be developed (Fundings, Reglementation, Social &
Societal acceptation)
Techno&market transfer promotion
New INTEGRATORS to be developed
Open for collaboration and experience-sharing
KEY WORDS
France, region, Madeeli, ethic, normalization, experimentations, clusters
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This form was filled in by: Séverine Rengnet - Madeeli
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ROBOTICS
POLICIES
Midi-Pyrénées
France
Region
KEY FIGURES
Regional factory of the future plan: 2015-2017 : 33,1M!
Regional robotics and drones plan: 2013-2016 : 22M!
Regional aerospace industry plan: 2011-2014 : 130 M!
POLICIES
2012: a study led by MPI on the sector of the service robots in Midi-Pyrénées
August 2012: birth of ROBOTICS PLACE Midi-Pyrénées cluster
September 2013: The Midi Pyrénées region launches its « plan for robotics & drones » in continuity of the regional aerospace industry plan
December 2013: The Regional Innovation Strategy /S3 distinguishes the excellence of the region in the domain of embedded systems, amongst 6 domains of «smart
specialisation»
KEY NETWORKS
Conseil régional Midi-Pyrénées : http://www.midipyrenees.fr/
Madeeli : http://www.madeeli.fr/
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ROBOTICS
KEY NETWORKS
Midi-Pyrénées
France
Region
CLUSTERS
Robotics Place : robotics-place.com/
Digital Place : http://www.digitalplace.fr/
Mecanic Vallée : http://www.mecanicvallee.com/
IoT Valley : http://www.iot-valley.fr/
Aerospace Valley : http://www.aerospace-valley.com/
Sensing Valley : http://www.sensingvalley.com/
KEY COMPANIES
Companies :
Airbus, Actemium, Airod Technologies, Beenetic, Blanc-Tailleur,, Delair-Tech,
Drone & Co, Freescale, Intactile Ingenuity, IR Robotics, Magellium, Maya
Technologies, Midi Ingénierie, Millinav, Naio Technologies, Nav On Time,
NavoCap, Rockwell Collins, Sogeti High Tech, Siemens Industry Software, Spie
Sud-Ouest, Spikenet, Sterela, Sysmeca Ingénierie, Topchair, Toulouse Tech
Transfer, Zodiac Pool Care
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ACADEMICS
Laboratories and universities :
Artilect
FabLab
CEA Tech
ICAM
IRIT
LAAS
UPSSITECH
ADREAM, Dynamic reconfigurable architectures for embedded mobile
autonomous systems : http://www.laas.fr/files/ADREAM/ADREAMResearchPlatform-11p.pdf
ROBOT PLATFORM / LAAS-CNRS : humanoids, software,
drones : https://www.laas.fr/public/en/robots-platform
AIP PRIMECA, member of a national network : http://aip-primeca.upstlse.fr/
More informations:
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ROBOTICS
IDENTITY
Pays de la Loire
France
Region
KEY FIGURES
90 Companies (Robotics & Machine tools)
150 advanced production technology researchers
14 Clusters involved
5 Technocampus
Shipbuilding & marine industry
Marine energy
Aeronautics
Road & rail transportation
Electronic industry & IT Business
Factory of the future & Smart factory
Lightening the structures. Developing innovative human-centric solutions.
Securing naval platforms
Developing a global sector for recycling and reprocessing waste
Developing a new generation of methods for controlling robotised systems.
Controlling the design and manufacture of multi-materials assemblies.
Developing an optimised design approach.
FURTHER DETAILS
Technological Research Institute Jules Verne
Competitiveness cluster EMC2
Technologic Platform Robotic Proxinnov
OFFER? A REQUEST?
Jules Verne Manufacturing Valley
THE FRENCH INDUSTRIAL PLACE TO BE
KEY WORDS
Enhance business performance by robotics.
The skills developed by regional players , at the crossroads of technology and markets, are at the heart of advanced production technology in the Pays de la Loire.
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This form was filled in by: Jocelyn Lucas - Proxinnov
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ROBOTICS
POLICIES
Pays de la Loire
France
Region
KEY FIGURES
Regional robotics SME plan: 2014 – 2015: 10 M!
PROXINNOV Platform Robotics Investments: 4.5 M!
Technocampus EMC2: 19,000 m"
Technocampus Ocean: 16,000 m"
…….
POLICIES
2005:
2009:
2013:
2013:
2013:
2014:
2014:
2015:
2015:
Competitiveness cluster EMC2
Composites Technocampus EMC2
Technological Research Institute Jules Verne
Technologic Platform Robotic & Cluster Proxinnov
The Regional Innovation Strategy distinguishes Advanced Production Technology
Birth of Jules Verne Manufacturing Valley
Smart Factory Technocampus (Industrial Virtual Reality)
Ocean Technocampus
Electronic Technocampus
KEY NETWORKS
Conseil régional Pays de la Loire
Agence régionale Pays de la Loire « Territoires Innovation »
IRT Jules Verne
PRI PROXINNOV
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KEY NETWORKS
France
Pays de la Loire
Region
CLUSTERS
Neopolia
PROXINNOV
Jules Verne Manufacturing Valley
We Network
Pôle EMC"
Pôle ID4Car
…
KEY COMPANIES
SEPRO Robotique
DCNS Propulsion
Alstom Power
STX France
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ACADEMICS
Ecole Centrale Nantes
Ecole des Mines de Nantes
Université de Nantes IRCCyN
PROXINNOV
CLARTE
CEMCAT
CISNA
Smart Factory Technocampus
Ocean Technocampus
Composites Technocampus
More informations:
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ROBOTICS
IDENTITY
Rhône Alpes
France
Region
KEY FIGURES
42 Public Research Laboratories
22 Technological platforms
over 400 companies
10 Clusters involved
17,000 visitors since the first edition of the INNOROBO exhibition five years ago
Robotics on each smart specialization area in
the Rhône-Alpes regional innovation strategy (RIS3)
Personalized healthcare for infectious and chronic diseases
Eco-efficient factory
Smart grids and energy storage
Smart building with high- energy efficiency
Mobility systems of the future
Digital technologies and user-friendly systems
Sports, safety & infrastructures in the Alps
FURTHER DETAILS
10 clusters with complementary skills on robotics
Leading laboratories and schools
1st French region for industrial sub-contracting manufacturing
Leading European region on micro and nano-technologies and ITC
Innovative territories with significant companies in industrial robotics
!15 million dedicated to 21 industrial clusters (3,000 members)
Innovative region: R&D = 2.6% of GDP
OFFER? A REQUEST?
To be a leading European region of smart robotics for welfare in all life’s
moments.
KEY WORDS
Development of smart robotics for industrial SMEs
Promotion of startup development in personal robotics and smart systems
Connection of industry and innovation players around robotic projects
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This form was filled in by: André Montaud - Thésame & Coboteam
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ROBOTICS
POLICIES
Rhône Alpes
France
Region
KEY FIGURES
!15 M/year on innovation regional policy
Regional robotics plan: 2014-!2015: !220 k for emergence of a regional cluster
!1 M of regional support on RDI projects linked to robotics since 2012
About 40 projects supported by two regional incubators (Gift, Pulsalys) led to innovative
startup creation
POLICIES
2012: study led by ARDI on the sector of manufacturing and services robotics, personal robotics and smart systems in Rhône-Alpes
Mai 2013: The Rhône-Alpes Region distinguishes robotics and smart systems as one of the 7 Smart Specialization Areas of its RIS3, an emerging industry with high
potential, to further develop.
June 2014: The Rhône-Alpes region launches its plan for robotics in continuity of its regional innovation strategy (RI-3S)
Major professional exhibitions : Innorobo since its 1st edition in 2011, Industries Lyon for industrial robotics and the SIDO (Internet of Things) in March 2015
“Robot Lycéen”: the project of robot for high school of Rhône-Alpes region, nominated and finalist of the European Public Procurement of Innovation Award
(http://www.innovation-procurement.org/award/high-school-robot)
Robot start PME program, implemented in Rhône-Alpes, helps SMEs in integrating their first robot
KEY NETWORKS
Industrial competitiveness clusters
Innovative territorial communities in Rhône-Alpes (Pôle Métropolitain – Lyon, Métro – Grenoble, Annecy Agglo)
Regional academic research clusters (ARC)
Innovation agencies (Ardi, Thésame)
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More informations:
Release v.20151005
ROBOTICS
KEY NETWORKS
Rhône Alpes
France
Region
CLUSTERS
Coboteam (http://www.coboteam.fr/) is a robotics and robotics hub federating
the following clusters :
Viameca: mechanical and robotic technologies
Mont-Blanc Industries: complex machining and mechatronics
Imaginove: digital content industry
Minalogic: embedded software, Micro and Nano-Technologies
I-Care: health technologies
LUTB: transport & mobility systems
Aerospace: technological solutions for aeronautics and space
Clust’R Numérique : software industries
KEY COMPANIES
Adept
Akéoplus
Claret
Delta Drone
Dextérité Surgical
Elistair
EndoControl
Evotion
Hoomano
Robotique Concept
Siléane
Stäubli
Toutilo
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ACADEMICS
Cea Leti
Centrale Lyon
CPE
Gipsa Lab
G-Scop
Inria Chroma
Insa Lyon
Inserm
Laboratoire d’Informatique de Grenoble
Laboratoire Hubert Curien
Listic
TIMC
ECCAMI (Assisted computer surgery, surgical robotics, image- guided
interventions)
IDPRO (fast prototyping, mechatronics)
PICTIC (organic electronics, Printed Logic Circuits, printed sensors…)
IDEAS LAB (user-centric innovation)
INOPROD (Machining, powder metallurgy)
RFT LAB (RFID, NFC, CEM)
CTDEC (Factory of the Future)
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Italy
Altair Robotics Laboratory
Academics
KEY FIGURES
Participated to several EU and National projects, three as coordinator, in the areas of
robotic surgery, search and rescue, home assistance and logistics.
Most efforts are focused on surgical applications of robotics. We founded three spin-off companies:
Altairmed, for software industrialization
Surgica Robotica, for the development of a new surgical robot
BBZ, for the development of simulation and training systems.
Teleoperation, human-robot interaction, control systems.
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This form was filled in by: paolo fiorini
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Hungary
Antal Bejczy Center for
Intelligent Robotics
Academics
KEY FIGURES
The ABC Center for Intelligent Robotics is devoted to promoting the scientific and
technological advancement of robotics, primarily for service applications. It is an
independent platform within the Óbuda University, extensively relying on a national and
international network of key-partner institutions and companies in Europe and North
America, predominantly.
Medical robotics (Tool–tissue interactions and soft tissue modeling, Teleoperation and telesurgery, Standards and ontologies)
Our group is dealing with telerobotic applications such as network robotics, cloud robotics, teleoperation systems, time-delay systems and internet-based technologies in a
broader sense. We are working on a roadmap for the near future.
The Antal Bejczy Center for Intelligent Robotics is devoted to take part in the development of modern healthcare (development of enabling control technologies to support
semi-autonomous, or tele operated robots). Target features include time delay compensation, robust control, perturbation compensation, automated function control and
advanced safety features. Our aim is to develop modern robust control frameworks for a wide range of problems (design of modular, network and manufacturer
independent robotic applications, developed and widely-used new technologies, such as ROS and RT-Middleware backed up by immersive 3D visualisation, collaborative
virtual environments). Our applications support engineers in designing, assembling and testing their robotic applications.
FURTHER DETAILS
Operating within the University Research and Innovation Center (URiC), ABC
participates in the development of the VirCA platform
(www.virca.hu): Collaborative virtual commissioning of robotic
applications, Manufacturer-independent, generic robot programming, Intelligent
space concept in industrial robotics, Exploiting the benefits of cloud robotics in
industrial scenarios, Education in virtual environments (e-learning), Testing
industrial application environments in virtual reality
OFFER? A REQUEST?
The Antal Bejczy Center for Intelligent Robotics is one of the founding members of the Central European Living Lab for
Intelligent Robotics (CELLI), owning one of the region’s largest robot infrastructure as an academic institution. Besides
various research projects and educational activities, our Center wishes to contribute in international projects, offering
its vast professional network and the contribution of its skilled robotics specialists to its partners.
KEY WORDS
medical robotics, advanced applied robotics, cloud robotics, teleoperation, telepresence
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This form was filled in by: Árpád Takács
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Italy
The BioRobotics Institute of
Scuola Superiore Sant'Anna
Academics
KEY FIGURES
Education, Research and Technology Transfer are the key words.
The BioRobotics Institute is part of Scuola Superiore Sant’Anna, a public
University that holds a unique position within the Italian higher education system.
The Institute wants to act as a linking bridge to international centres of knowledge in
order to create a new concept of engineers that are scientists, inventors, entrepreneurs,
able to invent and solve problems, and to create new companies in high-technology
sectors (biomedical engineering, microengineering, robotics, mechatronics).
The BioRobotics Institute hosts a PhD programme in BioRobotics and a Master of
Science Program in Bionics Engineering. The Institute has also activated with many
schools the Educational Robotic project, an integrated system making use of Robotics as
a method to increase the quality of scientific and technical education in public school.
In the field of research, the Institute has eight research areas that include nine research
laboratories. The results of the research have a concrete impact on the industrial sector.
Technology transfer creates value through knowledge and encourages the development
of start-up companies and the issue of patents.
Scientific research of the BioRobotics Institute is active in the following fields: Surgical robotics, micro-nano-robotics, soft robotics, industrial robotics, humanoid robotics,
neuro-robotics, prosthetics, neural engineering, rehabilitation engineering, bio-inspired robotics, biomedical signal processing, marine robotics, service robotics and
ambient assisted living, educational robotics and their ethical, legal, social and economic implications.
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This form was filled in by: Paolo Dario
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Belarus
Brest State Technical
University Robotics Lab
Academics
KEY FIGURES
The Brest State Technical University Robotics Laboratory (BrSTU Robotics) is the main
innovative robotics research group in Brest, Republic of Belarus. BrSTU Robotics has a
variety of functions including research projects, organizing and hosting events and
competitions related to robots and robotic technologies, supporting development and
demonstration experiments.
The laboratory is made of 8 full-time teachers and of around 20 students who are taking
part in the different projects. Areas of research include mobile robotics, robot control
systems, artificial intelligence, robotics, collective behavior and adaptive systems,
reinforcement learning, computer vision.
One of the key directions of our lab is the popularization of robotics in Belarus. In this
way we see robotics as a cross-disciplinary movement where each project requires the
collaboration of different actors with different skills and knowledge. Our mission is to
teach students from different disciplines through projects in robotics. An example of such
education project is the international Belarusian – Ukrainian competition of mobile robots
RoboRace where robotics teams compete on a small Formula 1 track.
Robot-Guide: Excursion on Hack4Future
Robot Piano player: Robot plays piano
Roborace: Formula 1 for Robots in Brest, Belarus
We use the following technologies: ROS (Robotics Operation System), OpenCV, OpenNI, nntool, PyEvolve.
Hardware: Arduino, Raspberry Pi, Mbed, Kinect
Robots: Robotino, POP-BOT XT, RoboARM, iRobotCreate
FURTHER DETAILS
OFFER? A REQUEST?
Robotics Laboratory Website
Roborace competition in Brest
We invite the international teams to cooperation in robotics and artificial
intelligence. Join us in our community Roborace!
KEY WORDS
mobile robotics, artificial intelligence
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This form was filled in by: Valery Kasyanik
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Ecole des Mines de Douai
France
Academics
KEY FIGURES
5 teaching and research departments. Research in Robotics is part of the Computer Systems and Automation
department.
237 total staff members (permanent staff, post doctorate, and PhD students)
69 PhDs, including 29 senior Professors,
79 PhD students.
Robotics at Mines Douai targets:
Service robotics eg robots in a shopping mall, robot guide in a building such an administration or a museum,
Search and rescue operations.
Laser SLAM,
multi-robot coordination, exploration and mapping,
Unmanned ground vehicles,
Large-scale simulations on cluster computer,
Software architectures and models that deal with resource constraints.
Technological transfer
Partnership
KEY WORDS
Autonomous Mobile Robots, UGV, Multi-Robot Systems, Coordination, Exploration and Mapping, Laser SLAM, ROS (Robot Operating System), Dynamic languages and Agile
Methodology, Modular systems and architectures, Resource aware infrastructures
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This form was filled in by: Noury Bouraqadi, Prof.
More informations:
Release v.20151005
ROBOTICS
IDENTITY
United Kingdom
Edinburgh Centre for Robotics
Academics
KEY FIGURES
Robots that can learn, adapt and take decisions will revolutionise our economy and society over the next 20 years. They will
work for us, beside us, assist us and interact with us. It is estimated that by 2025 such advanced robotic and autonomous
systems (RAS) could have a worldwide economic impact of $1.7 trillion to $4.5 trillion annually, with an emerging market value
!15.5Billion.
For enquiries, please contact enquiries@edinburgh-robotics.org
Our research addresses Robotics and autonomous systems crucial market sectors including oil and gas, defence, renewable energy, healthcare, assisted living, transport,
space, automotive, manufacturing, nuclear, digital media and education.
The Centre harnesses the potential of 30 world leading investigators from 12 cross disciplinary research groups and Institutes across the School of Engineering & Physical
Sciences and The Department of Computer Science at Heriot-Watt University and the Schools of Informatics and Engineering at the University of Edinburgh
Our research focuses on the interactions amongst robots, people, environments and autonomous systems, designed and integrated for different applications, scales and
modalities. We aim to apply fundamental theoretical methods to real-world problems on real robots solving pressing commercial and societal needs
The Centre offers a 4 year PhD programme through the EPSRC Centre for Doctoral Training in Robotics and Autonomous Systems. An individually tailored MRes course and
project portfolio provides a strong general grounding in current theory, methods and applications, followed by three years of specialised PhD research with additional
training in creativity, ethics and enterprise skills. We produce ‘innovation ready’ postgraduates students equipped through technical preparation, and cohort-wide training
with scientific, creative, ethical and enterprise skills, in programmes supported by User partners
The Centre’s goal is to train innovation-ready robotics researchers to be part of a multi-disciplinary enterprise, requiring sound knowledge of physics (kinematics,
dynamics), engineering (control, signal processing, mechanical design), computer science (algorithms for perception, planning, decision making and intelligent behaviour,
software engineering), as well as allied areas ranging from biology and biomechanics to cognitive psychology.
To achieve impact with robotics also requires non-technical skills, for example an understanding of technology translation, creativity and entrepreneurial processes. These
are an essential component of the CDT programme, captured in the #Cauldron training programme.
ROBOTARIUM comprises four integrated and interconnected components. It is available to researchers inside and outside the Edinburgh Centre for Robotics as well as
industry as a national UK facility. Interaction Spaces for humans and robots to work together in physically separate indoor spaces (ROBOTARIUM West and East). Field
Robotic Systems (comprising humanoids and unmanned vehicles) for operations inside or outside the spaces.
MOBOTARIUM, a human driven sensorised and connected mobile vehicle for data assimilation/situation awareness and interaction for an operator with robots and
intelligent agents in the field.
These are underpinned by a set of Enabling Facilities comprising rapid prototyping and micro-assembly equipment for fabrication and inexpensive duplication of novel
(bioinspired) robot embodiments, their sensors and their on-board computing. Also, state of the art computing accelerators with programmable hardware to develop power
efficient computation suitable for autonomous deployments.
Together, these create an integrated capability unique in the world, for exploring collaborative interaction between remote teams of humans, robots and their environments
at all levels. It is transformational in the range of robot scales and environments that can be experimentally configured, and in the way the study of physical interaction
through robot embodiment can be linked to the study of human interaction/ expression, robot collaboration and real in-field remote operations for mapping and
intervention.
KEY WORDS
autonomy; control; robot motion planning; human-robot co-operation; robot safety; AUV fault diagnosis and recovery; Human-Robot Interaction; Evolutionary Robotics;
Swarm Robotics; Biologically-Inspired Controllers; machine learning; reconfigurable mechanisms and robots; compliant mechanisms; haptic interfaces; micromanipulation
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This form was filled in by: Iain McEwan
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Spain
Institut de Robòtica i
Informàtica Industrial, CSICUPC
Academics
KEY FIGURES
Joint Research Center of the Technical University of Catalonia (UPC) and the Spanish Council for
Scientific Research (CSIC) – Website: www.iri.upc.edu
7 European Research Projects running in 2015 (2 from H2020)
5 Spanish Research Projects running in 2015
6 Laboratories
Scientific Staff: 68 persons
Automatic Control
Kinematics and Robot Design
Mobile Robotics
Perception and Manipulation
Energy efficiency
Through agreements with industrialists we motivate technology transfer of our achievements on basic research.
CONSULTING SERVICES: Industrial and technical advice to companies to develop new products and services.
TURNKEY PROJECTS: Develop and deliver ready-to-use project solutions.
HARDWARE PROJECTS: Design and rapid prototyping of hardware devices to address specific needs proposed by our partners.
SOFTWARE DEVELOPMENT: Development of algorithms and software applications tailored to industrial needs.
BASIC AND ADVANCED TRAINING: organization of seminaries and training on our speciality subjects
LABORATORIES AND FACILITIES: hosts 6 laboratories that provide hands on support to the various activities:
Perception and Manipulation Lab
Kinematics and Robot Design Lab
Mobile Robotics Lab
Barcelona Robot Lab
Fuel Cell Control Lab
Water-cycle Control Systems Laboratory
KEY WORDS
robotics; kinematics; control; fuel cells; perception; manipulation; computer vision; urban robots
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Release v.20151005
ROBOTICS
IDENTITY
Portugal
Institute for Systems and
Robotics
Academics
KEY FIGURES
The Institute for Systems and Robotics (ISR) is one of the R&D units of the Laboratory of
Robotics and Engineering Systems (LARSyS). Most of its research matches the main
objectives and the research plan of this national research laboratory. Such objectives
and plan embody in their structure a strategy that hinges upon three main lines of
action: science, technology, and interaction with society and industry, all sharing a
systems approach to research using tools that borrow from solid mathematical theory.
This tripartite structure stimulates the cross-fertilization of ideas, motivates challenging
problems, and creates further motivation for inter-disciplinary work with scientists from
other complementary areas such as natural and/or social sciences.
ISR is composed of about 30 university professors, plus more than 10 post-doctoral
researchers, more than 50 PhD students and several administrative and technical staff.
The application themes of our research address grand challenges which solutions have strong societal and economic potential impacts, and raise scientific and
technological issues of major magnitude. In particular, ISR research focuses on technological solutions for problems within the scope of the open oceans and the deep sea,
sustainable urban systems, and biomedicine.
This diversity of applications, the range of research topics covered, and the relevance given to human capital, are distinguishing features of ISR that constitute its
hallmark. Some common problems are easily identified. One such example concerns sensor and actuator networks, used to monitor the oceans or urban spaces for a
myriad of environmental variables. The complexity of such networks raises optimization problems that require new mathematical results and algorithms. The inclusion of
robots as actuators brings to the scene fascinating problems faced by robotic system designers today, from navigation to task planning and execution, interaction and
cooperation with humans and other robots. These capabilities turn the networks into active aerial, land, and sea entities where monitoring and surveillance performance
can be dynamically improved by moving the robots to adjust the network geometry. Solving these problems requires the ability to blend harmonically contributions from
signal, systems and control theories, engineering and computer science fields such as computer vision, artificial intelligence, or the theory of computation, often resorting
to inspiration drawn from the natural and social sciences.
Another example lies in the bilateral relationship of robotics with the biological and biomedical sciences, where robot assistants and robot swarms are used to study models
of human and non-human animal behavior, while exploiting bio-inspired methods to improve their natural interaction with humans and advance the state-of-the-art of
complex robot systems.
We have several land, marine and aerial robots, as well as facilities – including test beds for domestic robotics, cognitive robotics and marine robotics – where researchers
from all over Europe may come to work on challenging research projects. Our community of PhD students and post-docs is widely international and our main language in
the Institute of English. We value formal fundamental research driven by real system problems and applications.
KEY WORDS
Robotics, Computer Vision, Signal and Image Processing, Intelligent Systems, Biomedical Engineering, Control Systems
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This form was filled in by: Pedro U. Lima
More informations:
Release v.20151005
ROBOTICS
IDENTITY
NEOMA BS - Institut SPoC
France
Academics
KEY FIGURES
2 Professors, 1 PhD, 1 Post-doc, 1 engineer
3 ongoing research projects
1. Smart-product Design : this independent research project aims to evaluate the impact of different forms of smart product design on their appropriation by potential
users
2. Smart-product use : this independent research project aims to analyse the ways users appropriate smart products
3. Smart-products & ageing : two research projects (ROBOSANTE1 and ROBOSANTE2) have been financed by the Champagne-Ardenne Regional council with the aim of
evaluating the potential and development of ‘healthy ageing’ robotic technologies, which is a research priority for the region.
Smart Product & Consumption Research Institute aims at testing several smart technologies to assess their acceptance towards several types of customers (old people,
students, companies, etc.).
FURTHER DETAILS
This institute was launched in 2012 as the expression of the intention of NEOMA
Business School and of our local authorities to invest in this area before
searching for private corporate funding. Given the rising importance of smart
products or SP (products that can communicate autonomously) in everyday and
business life, the goal of the research centre is to develop knowledge on the
consumption and marketing of these smart products, with a focus on two key
topics: the sensory design and consumer appropriation of SP. In recent years,
several research fields have been launched and the first articles have already
been published by conferences or scholarly journals. Research results and data
have been used in class to enrich the teaching of several courses (Marketing of
Hi-tech Products, Marketing and Design, Marketing and Innovation). The same
approach has been used for executive education (IBM, Econocom, e-mba).
Several firms involved in the development of smart-products have been
involved in teaching (Ubisoft, Aldebaran, Microsoft, Adobe, Cisco, HTC, SFR,
Renault).
OFFER? A REQUEST?
The aim of the de Smart Product & Consumption Institute is to develop
appropriate analytical frameworks to help current and future company heads
and marketing directors in every sector of the economy to take up the
challenge of smart products. More precisely, the scientific project of the
institute is to identify and understand :
Expressions of the change from object to smart product ;
The design, and in particular the sensorial design, of smart-products ;
How consumers appropriate smart-products, and the consequences of these
products on consumer practices ;
How companies appropriate smart-products, and the consequences of these
products on marketing practices
The knowledge produced by the Smart-Product and Consumption Institute will
be communicated to all the stakeholders concerned, and more particularly to
marketing managers in technological and non-technological companies, to
management students and to researchers interested in technological
environments.
Our expectations are to work with other partners in robotics to co-develop our
knowledge from a consumer / market point of view.
KEY WORDS
smart products, autonomous cars, robot companions, intelligent fabrics, home networks, intelligent fitting rooms, smartphones, market analysis, customer analysis,
acceptance, adoption.
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This form was filled in by: Alain GOUDEY
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Austria
raltec - research group for
assisted living technologies
Academics
KEY FIGURES
Raltec is a non-profit and non-university research group. Its core is a team of experienced
experts from different disciplines consisting of scientists and engineers from fields of Software
Science, Electrical Engineering, Medical Engineering and Occupational Therapy. The team
conducts its research and development activities in close collaboration with people with special
needs (elderly, frail people as well as people with physical disabilities) following
multidisciplinary aspects in cooperation with experts of different areas, such as medicine,
therapy, nursing, social sciences and ethics. Motion Analysis, Usability Engineering, User
Involvement, Assistive Robotics und Smart-Homes are important focus points to enable our
target groups a self-determined and independent life.
Citizens in the aging European population are at greater risk of cognitive impairment, frailty and social exclusion with considerable negative consequences for their
independence, quality of life, that of those who care for them, and for the sustainability of health and care systems.
Recent robotic prototypes showed that assistive robots, due to their embodiment and unique interaction capabilities have a high potential to increase the autonomy of
older users at home and improve the quality of life of this target group.
Our goals are the design, development and evaluation of reliable, cost-effective assistive robotic solutions capable of enhancing the quality of life of older persons and their
carers over the short- and long-term.
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This form was filled in by: Franz Werner
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Slovenia
Laboratory of Robotics, Faculty of
Electrical Engineering, University
of Ljubljana
Academics
KEY FIGURES
The Laboratory of Robotics – RoboLab (Website: www.robolab.si) is located at the Faculty of
Electrical Engineering which is a member of the University of Ljubljana.
Robolab has long-standing excellence in the field of man and machine movement analysis, artificial and
natural motor control, and psychophysiology measurements. The group has good track in robotic
research and applications in clinical as well as in industrial environment.
one EU project running and two successfully finished in 2015
several industrial projects running
3 full professors, 2 assistants, 7 researchers
The research area of Robolab is focused in innovations and development of novel robot devices and solutions for diagnostics and training in rehabilitation and sport.
The technologies of haptic man-machine interfaces, wearable motion and psychophysiology sensors are developed and implemented in different applications.
Recent achievements come from the upper arm training including also virtual reality, lower-limb prosthesis and exoskeleton control. Motion tracking, diagnostics
and dynamic modelling were lately applied in rowing, ski jumping, and preterm new-borns.
Robolab is also active in evolution of robotic technology for industrial users. Several complex assembly robot cells and solutions were developed and introduced in
Slovenian electro and automotive industry. One of the focus areas is robot contact with the environment, for example deburring. Another activity domain present
contact and noncontact measurements accompanied with manipulation in various industrial fields. An original large scale robotic telescopic handler that was
introduced into building construction in partnership with Trimo, was awarded the EU technology transfer award.
The RoboLab is well equipped for conducting research in the area of human-robot interaction and industry. Robolab is equipped with
six industrial robots and five haptic robots (Motoman, ABB, Epson, Staubli, Focker, Phantom Sensable, Force Dimension),
optoelectronic measurement system Optotrak Certus,
6D force and torque sensors (AMTI, JR3),
different types of wearable inertial and magnetic measurement units,
ARM development boards,
equipment for rapid prototyping, ERSA soldering stations, NC milling machine Wabeco, 3D printer Statasys.
Robolab is aiming to collaborate with other partners within the robotics community to develop new robotic devices and solutions in the area of human-robot interaction.
Besides, Robolab is also open to assist in solving challenging industrial problems.
KEY WORDS
robotics, control, haptics, sensors, human-robot interaction, biomechanics, rehabilitation, wearable sensors
33
This form was filled in by: Sebastjan #lajpah
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Release v.20151005
ROBOTICS
IDENTITY
South Africa
Tshwane University of Technology (TUT)
Academics
KEY FIGURES
The SARCHi chair in the Enabled Environment for Assisted Living will therefore focus on the development of mechatronic, robotics and
networked technologies to assist persons with disabilities and the elderly. Our main focus adresses the design and nonlinear modelling
and control of wearable robotic systems with the human in the loop while considering different sources of uncertainties that exist in
such systems.
Assistive robotics
Robot with human in the loop
Human robots interaction
Next generation robotic systems
The SARChI chair at TUT with the different CITSI (Centres, Institutions, Technology Stations and Incubators). TUT developed the technology capacity for prototyping
innovative systems as the wearables robots under development within the Chair. The main research themes include the following:
Modelling and design of Wearable Robotics systems (Exoskeletons) for assistance.
Modelling and control of non-linear networked systems with uncertainties.
Design and control of autonomic and polymorphic wheelchairs that adapt to the disability situation.
Development of pattern recognition and behavioural analysis for human intention, detection to predict the human interaction in the control loop. To handle different levels
of uncertainties in the system, a higher order fuzzy logic strategy will be developed.
FURTHER DETAILS
The Enabled Environment for Assisted Living is a multidisciplinary research
area. The main objective of this domain concerns the development of tools and
methods that can respond to the needs of the user anywhere and at any time.
A wide range of applications may be considered which include, but are not
limited to, Public Transport Systems, Tourism, Educational Environments (Smart
Campus), Public Spaces and/or any application that is smart enough to assist
the user based on the context or need. The Enabled Environment for Assisted
Living forms part of this emerging area of research. The objective is to develop
innovative solutions for persons with varying levels of disabilities so that the
objectives of integrating such persons into mainstream society can be achieved.
The notion of the ‘handicapped’ situation integrates most classical deficiencies
related to physical, sensorial, or cerebral deficiencies that lead to the inability of
an individual to function effectively. It also relates to situations in which aging
contributes to light handicaps such as visual or auditory impairment. A need
therefore arises for the development of various technologies that cater for
various aspects (mobility, education, services, etc.) adapted to each individual
case. The major difficulty in this domain is the definition of a generic device
that is suitable to a large category of users while at the same time can be
adapted to each individual case.
OFFER? A REQUEST?
We are interested in developing collaboration on systems design and control of
the next generation robotics systems as well as in the field the internet of
things and the convergence towards intelligent collaboration between objects
(robots, etc) for the benefit of the user.
Actually our main focus concerns people with disability and our ultimate goal is
to assist paraplegic people to walk.
We ara interested in collaboration also on the Brain Computing Interface and
how to create artificially the motor link between the brain (Intention) and the
exoskeleton (motor).
KEY WORDS
Assistive Technologies, Enabled Environments, Robotics, Internet of Things.
34
This form was filled in by: Prof Karim Djouani
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Austria
Association for Robots in
Architecture
Association, agency, foundation
KEY FIGURES
– International network of robot users from the creative industry
– Organizer of the bi-annual Rob|Arch conference on robotic fabrication in architecture,
art, and design – www.robarch2016.org
– Software developer of KUKA|prc and KUKA System Partner
– Research institution involved in national and EU-wide research projects
– Industrial robots in the creative and construction industry
– New, non-standard applications
– Accessible robot programming and robot programming interfaces
Robots in Architecture is the developer of KUKA|prc – parametric robot control for Grasshopper. Initially developed as an accessible robot programming tool for the creative
industry, KUKA|prc is now being used by a large range of industry partners for quickly and efficiently prototyping complex robotic process.
FURTHER DETAILS
The Association for Robots in Architecture was founded with the goal of making
robots accessible to the creative industry. Originally a spin-off for applied
research with robotic arms from TU Vienna, the Association has since been
recognized as a KUKA System Partner and has been involved in a number of
high-end research projects such as the EU-FP7 project “AROSU” , and “Robotic
Woodcraft” , an ongoing PEEK project in cooperation with the University for
Applied Arts Vienna.
OFFER? A REQUEST?
The Association for Robots in Architecture is working with partners from both
the robotics industry, as well as the creative sector, and academia. We’re
interested in collaborating on research projects, as well as robotic events and
installations.
KEY WORDS
robots in architecture, creative robotics, parametric robot programming, parametric robot control, KUKA|prc
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This form was filled in by: Johannes Braumann
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Robot Lab France
France
KEY FIGURES
Plus de 25 ans d’expérience
Plus de 100 projets robotique
Robot Lab is the incubator for robotic and connected objects solutions.
It is also a center of expertise supporting companies in the research and creation of technologies adapted to their needs.
Discover the first robotic ecosystem where all stakeholders come together to give life and grow their project!
36
This form was filled in by: Etienne Decaesteke
More informations:
Release v.20151005
ROBOTICS
IDENTITY
ROBOTILNICA Blog
Macedonia
KEY FIGURES
ROBOTILNICA works on promotion and popularization of robotics in R. Macedonia. ROBOTILNICA works
towards better understanding of robotic technologies in our society and the benefits that these
technologies can provide. Alongside promoting the robotics ROBOTILNICA works on a number of
robotics projects.
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This form was filled in by: Vasko Sazdovski
More informations:
Release v.20151005
ROBOTICS
IDENTITY
ADtronik
France
Company
KEY FIGURES
1 leading expert
Involve in Robot Start PME : french program for SME automation
: http://www.robotstartpme.fr/
In robotics and automation
Adtronik works alongside managers and corporate management teams of industrial companies to assist them in dealing with a robotisation or automation project. Our
comprehensive service includes cost competitiveness, quality, production capacity and adaptability.
ADtronik offers consulting, decision-making training or operational support services best suited to your project.
Automation, poly-articulated robots, scara, hexapods, customization.
Camera control
HMI : human machine interface
38
This form was filled in by: Dominique Naud
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Agileo Automation
France
Company
KEY FIGURES
12 people
650 K! average turnover
Based in Poitiers (France) and Montauban (France)
Integration and programming of 6-axis robots.
Integration of robots in an automation environment including communication with MES or ERP.
Communicating with robots using different protocols.
Virtual commissioning with 3D simulation and off-line integration.
Robotics and traceability: Software framework (A"ECF) to manage cluster tools with automatic loading by robots. Product and process traceability through communication
to the MES (Manufacturing Execution System)
Experience with several robot manufacturers: Denso, Fanuc, Kuka, Stäubli.
FURTHER DETAILS
Experience on high precision with absolute calibration using laser trackers.
Experience in robotics for the semi-conductor industry.
KEY WORDS
robot, 6-axis, precision, protocol, MES, factory of the future, Industry 4.0, SECS/GEM, OPC, virtual commissioning, 3D, simulation
39
This form was filled in by: Marc ENGEL
More informations:
Release v.20151005
ROBOTICS
IDENTITY
BonX
France
Company
KEY FIGURES
More than 10 years experience in UAV conception for defence and industries.
5 UAV configurations registered at DGAC
We design, manufacture and operate on demand Unmanned Aerial Vehicles (UAV) for aerial inspection and land surveying.
BonX & Industrial Inspections
Our products andservices give you incontestable information about your equiments allowing you to make critical operational and maintenance decisions. By using our UAV
we can inspect your target and capture high-resolution stills, HD video and infrared images.
Our experienced inspection engineers use this information to deliver a detailed condition report of your industrial structures.
BonX & Aerial Land Survey
With BonX’s UAV, & BonX’s Ground Control Stations, we provide topographics and visual informations you require to improve decision, decrease costs, save time and
improve safety.
We are specialist in design and industrialization of embedded systems (hardware and software development).
We control all of our systems, enabling us to offer customized systems to our clients.
FURTHER DETAILS
OFFER? A REQUEST?
Contact: c.lacaze@bonx.fr
BonX, Aéroport de Toulouse Francazal
Open to collaborative innovation and business projects
(Ex. Base aérienne 101)
135 Avenue du Comminges
31270 Cugnaux
www.bonx.fr
KEY WORDS
UAV, UAS, GCS, Drones, Industrial, inspection, security, land surveying, topography, orthophoto, embedded systems, unmanned systems
40
This form was filled in by: C.Lacaze
More informations:
Release v.20151005
ROBOTICS
IDENTITY
United Kingdom
B.R. British Robots
Company
KEY FIGURES
BR (British Robots) started as second year university project.
At the beginning the company was only delivering educational materials and seminars
on robotics. We are now in a position to offer tailor-made solutions to various sectors.
At this present time the company is examining the feasibility of creating artificial, lowcost, limbs for humans.
Educational systems and syllabus can be produced on demand.
Design and rapid prototyping.
Open-source software development tailored to the customer’s needs.
Autonomous exoskeleton applications. (under development)
BR has a fully equipped lab for prototyping.
The company is located in Liverpool it has has access to the industrial infrastructure of the area.
FURTHER DETAILS
OFFER? A REQUEST?
Niko@liverlinux.com
0044 1513242454
We are always open to new ideas.
www.britishrobots.co.uk
At the moment we are developing a fully functional, autonomous exoskeleton
system for paraplegics. We believe a full scale production will be needed soon.
We will welcome investors and manufacturers that want to invest their on this
project.
KEY WORDS
Liverpool education robots exoskeleton assisted living
41
This form was filled in by: Niko Papadopoulos
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Colmac Robotics
Ireland
Company
KEY FIGURES
Niall McCormick – Electrical & Electronic Engineer
Colman Munnelly – Technology and Design & Communications Graphics Teacher
Declan Askin – Head of Technology Dept., St. Gerald’s College
Bernard Kirk – Director of the Galway Education Centre & Robotics Ireland
Frank Walsh – Director of the Athlone Education Centre
Brendan Tuohy – Former Secretary General at the Dept. of Communications, Energy and Natural Resources (Irish Government)
Leo Fusciardi – VP of DeBeers Canada
At Colmac Robotics, we are constantly exploring new and innovative ways to deliver educational programmes. Our workshops can be tailored to an individual classes needs
or can be used as an introduction to the world of STEM. Our self-contained technology courses for second level schools provide a way for schools to introduce a technology
curriculum without the traditional overhead costs.
All of our tutors and facilitators come from a teaching or engineering & IT background. They are trained to the best standards and committed to excellence in their
teaching. All of our courses are overseen by a Technology lecturer with the Professional Development Service for Teachers.
LEGO Mindstorms / EV3 – These are the main systems we use for teaching younger children about robotics and technology. As they grow older we move on to more
advanced systems such as Arduino & Raspberry Pi.
LittleBits – These are the main products we use in the area of teaching electronics to younger children. They are a fantastic teaching product and we then move on to more
complicated systems that are used to control robots that they build and program.
FURTHER DETAILS
In the late 1700’s, the Industrial Revolution marked a major turning point in
history. Almost every aspect of daily life was affected in some way. In the mid
1970’s, IBM and Apple once again changed our lives with the introduction of the
personal computer. Today we are working relentlessly to position Ireland at the
forefront of the Robotics Revolution, a revolution that is guaranteed to
completely change the world as we know it…
OFFER? A REQUEST?
We are inspiring the next generation to design and create the world of
tomorrow. If you think you can help us on our quest please email us at
info@colmac.ie
Visit www.robotics.ie for more information.
KEY WORDS
robotics, edtech, education, product development, testing, R&D, drones, UAV, technology in education, ICT
42
This form was filled in by: Niall McCormick
More informations:
Release v.20151005
ROBOTICS
IDENTITY
CRIIF Robotics & IoT
France
Company
KEY FIGURES
CRIIF Robotics and IoT develops tailor-made, innovative and technological solutions
in Robotics and IoT.
From the pre-study to the prototype and the industrialisation, the experience gained in
more than 25 years of robotics projects allows us to design your idea quickly and
efficiently.
Start-up or big firm, our “outside-of-the-box” approach will assure you to benefit the
best solution.
Our customers need to integrate mechatronics in their products or processes. Our teams cover the field of applications to design the whole solution, or just a specific need.
Design
User eXperience
Mechatronics
Integrated software
mechanical systems
electronics
user interface or Artificial Intelligence
KEY WORDS
Robotic, embedded systems, mecatronic, IOT
43
This form was filled in by: Etienne Decaesteke
More informations:
Release v.20151005
ROBOTICS
IDENTITY
INEA d.o.o.
Slovenia
Company
KEY FIGURES
INEA is based in Ljubljana (Slovenia) and was created in 1987 by the Jozef Stefan Institute (IJS) (http://www.ijs.si/ijsw). It became
a private company in 1991.
INEA is the leading company in Slovenia in the field of industrial automation, process computer control and manufacturing informatics.
It also has the leading position in the field of industrial energy sector.
The company currently employs over 50 staff mainly post-graduates.
INEA has in its twenty-one year long history successfully finished more than 750 projects in the field of computer control in energy sector and industry, we have sold more
than fifteen thousand portable computers and several thousand pieces of automation equipment.
INEA is present with its solutions and products in the majority of large Slovenian companies such as for example Gorenje, Sava, Union Brewery, Acroni, Kolektor Group,
IskraEMECO, Talum, $ito, etc.
In the recent period we have been successfully continuing also foreign market penetration and we record the highest growth on the markets of South Eastern Europe,
Japan, Austria and Germany.
INEA solutions are today used already on four world continents.
INEA is the leading Slovenian company in the field of automation, process control and manufacturing informatics. It operates in the field of industry and buildings. It has
a long tradition in the field of management of internal energy systems in industry.
Project areas covered by INEA are:
Manufacturing informatics,
Energy management, ecology and intelligent building systems,
Process control including the development of process control tools,
Machine and facility automation including machine manufacture.
The range of activities that we can offer to our clients is a comprehensive set and thus encompasses works from the pre-project phase, system planning to functional startup including project engineering as well as complete engineering of complex system implementation.
Manufacturing informatics,
Energy management, ecology and intelligent building systems,
Process control including the development of process control tools,
Machine and facility automation including machine manufacture.
KEY WORDS
Energy management
Machine and facility automation
Intelligent building systems
44
This form was filled in by: Tina Baggia
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Innoecho
France
Company
KEY FIGURES
An Impact Consulting firm focused on business development through innovation and expertise in
worldwide robotics markets, Innoecho brings together a vast business ecosystem of disruptive
technologies in order to make the world a better place. Throughout the year, Innoecho drives a
community of over 3,500 robotics companies worldwide with nearly 10,000 leaders and decision
makers who work together through open innovation and see robotics technologies, products and
services as opportunities for technology-fueled growth and competitive advantages. Innoecho, A
human approach to disruptive technologies.
KEY WORDS
consulting, dissemination, event, conference, forum, community, international networking, exhibition, robotics
45
This form was filled in by: Jade Le Maître
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Mobisense Systems
France
Company
KEY FIGURES
Since 2006, Mobisense Systems has been designing and developing innovative robotics solutions for industrial, transportation and
education markets.
Our field of expertise includes real-time control, autonomous guidance and computer vision.
Industrial: mobile or static machine control.
Transportation: vehicle control, autonomous guidance with computer vision.
Education and robotics: single, stereo and multi camera modules.
Hardware and software development:
low-level real-time control with ARM Cortex-M3 microcontrollers and FreeRTOS real-time operating system,
high level control with embedded Linux platforms and computer vision,
embedded vision systems development,
camera modules design and development.
Mobile robots autonomous guidance:
simultaneous localization and mapping (SLAM),
obstacle avoidance,
safe and autonomous navigation.
Help the robotics community to reach new goals.
KEY WORDS
robotics, autonomous, guidance, embedded systems, camera, vision, control, real time, Linux, FreeRTOS
46
This form was filled in by: Florian Pantaleao
More informations:
Release v.20151005
ROBOTICS
IDENTITY
NEXIO
France
Company
KEY FIGURES
2015 Sales revenue: 4,2 M!
Employees: 60
NEXIO is open to the world with customers in more than 25 countries.
Since 2003, NEXIO has been assembling a team of over 50 technicians, engineers and doctors, able to handle any type of problem oriented on Testing, EMC Design and
Simulation, Lightning (2006), RF (2009) and RCS (2012).
Through a unique platform of products and services, NEXIO has established itself as a major player in the electromagnetism field with large groups of the Aerospace,
Automotive, Space and the Electronic Industry areas.
NEXIO is organized into 2 Innovations and Training transverse centers and 3 business divisions:
Services-Engineering
Test & Measurement
Simulation software
Based on the measurement, analysis and post-processing methods issued from the EPEA (www.epea.fr) innovative research project, NEXIO industrializes EMC near-field
measurements with a 3D scanner.
Thanks to the capitalization of accumulated results during our participation in various research projects (EPEA, PCB, SEISME) NEXIO is the first company to have developed
a complete range of products on near-field measurement. This product range includes:
BAT-SCANNER: A 3D high-precision robotic measuring bench.
BAT-SCAN: An advanced control and near-field measuring bench automation software.
NFS Viewer: Dedicated software for analysis and post-processing of data measurement and near-field simulation.
With this new range of tools, NEXIO brings you real solution to reduce both your design and qualification time as well as the cards and electronic equipment maintenance.
The near-field scanner, BAT-SCANNER, can be piloted thanks to BAT-SCAN, our test automation software.
ADVANTAGES:
Design phase:
-> Locate and reduce sources
-> Positionning and routing optimization
-> Help with technological choices
-> Establish databases
-> Investigate EMI defects
Product life phase:
-> Check the non-regression
-> Manage obsolescence
-> Capitalize on experience feedback
Production phase:
-> Characterize leaks
-> Evaluate subcontractors and 2nd source
-> Control manufacturing
47
More informations:
Release v.20151005
ROBOTICS
IDENTITY
OC Robotics
United Kingdom
Company
KEY FIGURES
OC Robotics are world leaders in confined space automation – designing robotics for
remote handling operations within confined or hazardous spaces. A UK Based SME, we
work globally across a range of industries, developing reliable, cost effective solutions for
our customers.
Nuclear – remote maintenance, inspection, and decommissioning
Aerospace – Low access automation for manufacturing
Oil and Gas – Replacing humans for off-stream inspection
Construction – Inspection and cleaning of tunnel boring machines
Snake-arm robots, flexible manipulators designed to operate within confined spaces.
Easy to use, remotely operated systems
Integration of industrial manipulators and tools
OC Robotics would like to work with tool and sensors suppliers to deliver their products into previously inaccessible spaces and open up new business opportunities.
KEY WORDS
snake-arm, flexible, manipulation, hazardous spaces, integration, bespoke robotics
48
This form was filled in by: Adam Mallion
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Ortelio Ltd
United Kingdom
Company
KEY FIGURES
Ortelio Ltd is a research-focused company, working on cloud robotics. We are developing
applications that give robots intelligence to take over human tasks.
Our Robot applications platform (RAPP) is a three-tier system using a ROS-based cloud,
a robot API/SDK, and a robotic application store for distribution and execution of apps on
Linux-based robots. The platform also enables different types of robots to communicate
and exchange information, and thus to learn from each other.
Service robotics for the elderly.
Our work relies on current state-of-the-art frameworks: Robot Operating System (ROS), OpenCV, CMU Sphinx, and OpenNI.
FURTHER DETAILS
OFFER? A REQUEST?
http://robotics.ortelio.co.uk
https://www.linkedin.com/company/ortelio-ltd
https://www.facebook.com/OrtelioLtd
We now seek to expand the applicability or our platform to different sectors in
robotics.
https://twitter.com/ortelio
KEY WORDS
cloud, intelligence, AI, software, aging, service robotics, cloud robotics, assistive living
49
This form was filled in by: Stratos Arampatzis
More informations:
Release v.20151005
ROBOTICS
IDENTITY
PRO Consulting
France
Company
KEY FIGURES
2011 : creation and management of “Robotics Place” cluster in Midi-Pyrénées from
scratch.
2011 – 2014 : CEO of Abankos Robotic. We created security robots working in
autonomous swarm outside professionnal building.
2014 – 2015 : Organization of robotic exhibitions inside industrial tradeshows in
Toulouse and Rennes
Today I work as a consultant either in the service robotic market or the industrial robotic market but always on B to B.
My specialties are marketing, communication and management.
I have a technical background but I am not anymore in technics. Nevertheless, my experience of electronics and software help me better understand technical people.
FURTHER DETAILS
I am involved to help the robotic market in France and Europe to grow. I help
people from different origins (software, hardware, developpers, customers,
providers, politics, …) to communicate and work together.
OFFER? A REQUEST?
I want to be part of this new technological revolution. Robotics time is coming
and Europe must lead this new market as we have the capabilities to do it !
KEY WORDS
Marketing, Communication, Management, Organization, Innovation, Teamwork
50
This form was filled in by: Philippe Roussel
More informations:
Release v.20151005
ROBOTICS
IDENTITY
RB3D
France
Company
KEY FIGURES
RB3D is focused upon engineering and delivering innovative cobots and exoskeletons
for industrial applications. We strieve to improve ergonomics and reduce MSDs risks,
through the use of our cobots and exoskeletons.
RB3D employs 18 people and aims to become a significant supplier for the industry in
the forthcoming years.
MANIPULATING TOOLS
Many industrial tasks are done with manual Tools which cause Musculo Skeletal Disorders or strenuousness.
RB3D designs tool manipulating arms to smartly equilibrate weight and provide strenght amplification allowing MSD risk reduction as well as improved safety.
Strength amplification allows to work more efficiently with more productive tools for grinding, sanding, screwing, drilling, clipping…
HANDLING LOADS
Loads carrying is one the most recurrent tasks in an industrial company. A Cobot from RB3D is a solution which allows you to carry loads from a few kilograms up to
100kg.
COBOTS RANGE
Actually, our standard range comprises cobots with 1 motorized axis (1A family) up to 7 motorized axis (7A family).
EXOSKELETONS
HERCULE V3 has been thought as a development platform for industrial applications, upon which will come various kind of arms or accessories to fulfill the needs of the
numerous industrial cases we target.
As an open software version, HERCULE can address R&D labs that look upon to make research activities on exoskeletons and control/command programs.
We are interested in R&D collaborative European projects that can enhance the knowledge of exoskeletons technology or applications.
KEY WORDS
Cobot, Exoskeleton, MSD
51
This form was filled in by: Baptiste Besson
More informations:
Release v.20151005
ROBOTICS
IDENTITY
United Kingdom
Shadow Robot Company
Company
KEY FIGURES
Shadow is a development-focussed SME with a team of 25 actively creating new robotics
components and systems. Primarily based in the UK, we work with global partners to
unlock the value in next-generation robotics applications.
Agritech – developing robotics for harvesting
Offshore – replacing divers
Industrial – new professional service robots exploiting manipulation to support production workers
Human-like dexterity for object handling and manipulation
Teleoperation with human dexterity for remote safe handling
Platform technologies for rapid prototyping and development of new robot hardware
Shadow is always keen to work with people who have identified that robotics technology could solve their problems. We have a suite of tools for rapid development of new
robotic platforms to explore new ways of working!
KEY WORDS
dexterity, manipulation, hands, compliance, tactile, prototyping, ROS.
52
This form was filled in by: Rich Walker
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Siemens PLM
France
Company
KEY FIGURES
NA
Siemens PLM Software is a leading global provider of product lifecycle management (PLM) and manufacturing operations management (MOM) software. Our Smart
Innovation Portfolio helps manufacturers optimize their Digital Enterprise and realize innovation.
Kineo components provide leading path planning and collision detection tools for CAD/CAM applications. In autonomous robotics, Kineo-based path planning and collision
detection maximize the operational efficiency of robotic systems. Kineo solutions are used by more than 200 companies in a wide range of industries including automotive,
aerospace, energy, shipbuilding and coordinate measuring machines (CMM).
KEY WORDS
robotics, trajectory, autonomous, collision avoidance, optimization, collision detection, path planning
53
This form was filled in by: Laurent Maniscalco
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Release v.20151005
ROBOTICS
IDENTITY
Sterela
France
Company
KEY FIGURES
Generic mobile platform able to interact with different payloads.
4%4 – All terrain
CE Certified
Load capacity : up to 300 kg
Ready to adapat specific appilcation modules
Speed : 2 m/s
Size : L 145cm x W 84cm x H 60cm
Autonomy : 8 hours
Monitoring
Inspection
External Operations
Targetry
Radio Remote Control up to 200m
Bumpers : obstacle detecting
Emergency shutdown systems
Laser obstacles detector
FURTHER DETAILS
OFFER? A REQUEST?
Automatic vehicle guidance :
Follows the selected path on rugged tablet PC
Remote control with embedded camera
Air-Cobot partner : Collaborative robot for Aircraft Automatic Inspection
Open for business and technical collaboration
« Follow-me » system for people following applications :
Automatic tracking system
Virtual bumper (avoids obstacles)
KEY WORDS
Robotic platform, Inspection, Outdoor, Safety.
54
This form was filled in by: Benoit Guirardel
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Release v.20151005
ROBOTICS
IDENTITY
Tecnalia Research & Innovation
France
Company
KEY FIGURES
FUNDACIÓN TECNALIA RESEARCH & INNOVATION (TECNALIA) is a private, non profit, research organisation resulting from the merging
of eight research centres.
TECNALIA is the leading private research and technology entity in Spain and the fifth largest in Europe, employing 1400 people (200
PhDs). TECNALIA operates in all the fields of today and tomorrow’s industry: Industry and Transport, ICT, Sustainable Development,
Innovation Systems and Health and Quality of Life. TECNALIA has been is very active in FP7, participating in 150 projects and
coordinating 31 of them, and continues its deep involvement in H2020. Tecnalia has a strong market orientation aiming at achieving the
major impact in economic terms, through the innovation and the technological development. Under this premise, it contributes to the
management and social development, transferring new technologies to companies, or promoting the creation of new management
activities.
Applied Research and Development for companies belong to the sectors of aeronautics, automotive, production, logistics, nuclear
– Design and control of Parallel Kinematics Robots for manipulation
– Design and control of Cable Driven Parallel Robots
– Flexible Robotics, Collaborative Robotics, including dual arm applications
– Mobile Robotics
– Design and control of parallel robots for light machining
FURTHER DETAILS
Parallel Kinematics Robots, Cable Driven Parallel Robots, Flexible Robotics, Collaborative Robotics, Factory of the Future, H2020, Research and Development
55
This form was filled in by: Valerie Auffray
More informations:
Release v.20151005
ROBOTICS
IDENTITY
France
Aquitaine Robotics
Cluster
KEY FIGURES
33 companies members
13 research and training members
10 clusters and associations
Founding members : Conseil régional d’Aquitaine, Bordeaux INP, Aquitaine Développement Innovation
3 segments:
Manufacturing and logistic robotics
Robotics in open environment
Personal service robotics
Factory of the Future, Silver Economy, Agriculture …
Cognitics / Human Interface System
Software, Signal Processing, Artificial Intelligence
Optical Sensors, Indoor and outdoor Geolocation, 3D printing, Energies / Batteries
Robot Architecture, System Integration, Effector Design and Manufacturing
FURTHER DETAILS
Lead differentiation: interaction of robots with human, and cobotics
Project labelling by a commission of experts
Close to the users and technology providers
OFFER? A REQUEST?
Increase the capacity of a project to go to market (priority to maturation)
KEY WORDS
Federate and structure an economic sector
Double robotics jobs in Aquitaine in 5 years
Develop manufacturing industry of robots, effectors, components
Develop skills in scientific research and training
http://www.aquitaine-robotics.com/
56
This form was filled in by: Leonard Pommereau
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Mecanic Vallée
France
Cluster
KEY FIGURES
Founded and recognized as French Cluster in 1998, “Mecanic Vallee” has 180 members, 143 manufacturers
and 37 organizations from Lot, Aveyron and Correze.
In 2014, “Mecanic Vallee” represented 12,300 jobs and turnover of !1,950 million
The “Mecanic Vallée” Association federates an interregional cluster of manufacturers and subcontractors in the mechanical field, covering three major areas: aerospace,
machine tool and automotive industry.
Parnership for innovation in the field of machines tools & Robots
KEY WORDS
Members: 2AF Acoustique – ACMETO SAS – ACTIMETAL INDUSTRIE – AD INDUSTRIE – AEC Aveyron Elec Concept – AEROFONCTIONS SAS – AFPA LIMOUSIN – AFPA MidiPyrénées – AFPI LIMOUSIN – ALLEZ & Cie – ALTARIVA – AMB (Ateliers Mécaniques de Bussière – APR – ARG CONSEILS – AT2D – ATS Laser – AVANTIS ENGINEERING –
AVEYMECANIC – Aveyron Expansion – BD-PROCESS – BEA : BELLON Electricité Automatismes – BLANC AERO – BORG WARNER SAS – BOUCHER FRERES Ets – BOURREL
JEAN MARIE – CAMCI METAL PRODUCTION ET SERVICES – CAMPOS SARL – CARTODESK – CASEM 19 – CCI de Rodez – Villefranche – Espalion – CCI du LOT – CCI du Pays
de BRIVE – CCI USSEL – TULLE – Centre de Ressources Partagées – CFAI DU BAS LIMOUSIN – CFM 46 – CHASSINT Peintures – CINETIC MACHINING – CIRTES – CLAUX
ET FILS ET CIE – CMA – Communauté de Communes de Decazeville – CORREZE EXPANSION – CORREZE TECHNIQUES MECANIQUES (C.T.M.) – COVIMAG – CRCAM NORD
MIDI-PYRENEES – CRITT MECANIQUE ET COMPOSITES – DEBITEX – DECHETS SERVICES 12 – DEFI 12 SAS – Délégation Générale pour l’Armement – DIACE – Ecole
Nationale d’Ingénieurs de Tarbes – ECOLES DES MINES ALBI-CARMAUX – EFFIANCE – EMCI – EMCITEC – EUROPULSE – FALCO – FEM AERO – FIGEAC AERO – Figeac
Communauté – FILTRAUTO – FOREST LINE SAS – EP RECTIF – GELY SERGE SARL – GRETA – HYCAMEP. – IFMA / MECAPROD – INTERLAB SARL – IST MIDI PYRENEES –
GROUPE ICAM – IUT de Rodez – IUT de Tulle – GIM – ERA (Département : Génie Industriel et Maintenance) – JCD – JPM – LABARTHE Ets – LACAZE – LACOTTE INDUSTRIE
– LAVAYSSIERE Ets – LOGISUD SARL – Lycée Cabanis – Lycée Caraminot – Egletons – Lycée Champollion – LYCEE LOUIS RASCOL – Lycée Monnerville – Lycée Monteil PFT
COMPIN – Lycée La Découverte – M TECKS EAC – M2C – MECA THEIL – MECALLIANCE – MECANAT – MECAPOLE – MEGA PUB SARL – METALLERIE BOURDONCLE –
METRASUR INDUSTRIE – MGB 3000 – MGP LACAN SARL – MICHEL PIOCH SA – MORAN – MPRO – MTI (Mécanique et Travaux Industriels) – NEWMECA SARL – NEXTER
MECHANICS – PMA – PMB – PRADEL – PRECITOL – PREVOST ENVIRONNEMENT – 2PS (PROJECTION PLASMA SYSTEME) – RATIER FIGEAC – RECTIF46 – ROBERT BOSCH
SAS – S.A.M. TECHNOLOGIES – SAMPEC – SEM LOT DEVELOPPEMENT AMENAGEMENT – SERIN CONSTRUCTIONS METALLIQUES – SERMATI SAS – SEROMA – SINCAD
SARL – SIRMET – SNAM – SOBEN sas – SOCIETE TECHNIC SERVICES – Groupe SOFIC – SOFOP – SOLEV – SOME INDUSTRIES – SORECFER – SOREVI SA – SOUD HYDRO
– SUD OUEST SYSTEME – SYMA MECANOPOLIS – TEGMA – THIOT INGENIERIE – TOOLING FRANCE – UIMM AVEYRON – UIMM LOT – Union des Entreprises LotoisesUSINAM SA – ZAJAC MECANIQUE. – Communauté d’Agglomération Grand Rodez
57
This form was filled in by: Hervé Danton
More informations:
Release v.20151005
ROBOTICS
IDENTITY
France
Robotics Place
Cluster
KEY FIGURES
27 companies
7 laboratories and schools
3 institutions
Aeronautics & Drones
Space industry & Earth obs. industry
Health industry
Embedded systems and IT business
Factory of the future
Perception, navigation, cognition, interaction capability, decisional autonomy
Embedded systems, complex systems and integration, electrical or hybrid energy management
Safety, security and testing, real-time software, scientific calculations, big data
Ergonomy, Social and human sciences
FURTHER DETAILS
Mix : companies / universities / research
Mix : technology / social and human sciences
Various available technological
OFFER? A REQUEST?
Drone applications, factory of the future
Diffusing robotics through historical markets (health, agriculture, factory…)
and new markets (equipments security, smart city, health and assistive
products…)
KEY WORDS
Building partnerships with integrators
Social & business focus groups to capture new “voice of customer”
Community promotion based on Interoperability sub-products to develop integrated functions, complex systems, products… up to ecosystems (ie : smart cities)
58
This form was filled in by: Philippe Roussel
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Release v.20151005
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IDENTITY
VIAMÉCA
France
Cluster
KEY FIGURES
ViaMéca is a french competitiveness cluster devoted to Design, production and integration of
intelligent mechanical systems
150 members (70 companies, 30 research and/or education establishement)
More than 350 R&D collaborative projects labeled since 2006
More than 230 companies and 250 labs involved in these projects
Promote and sustain Product-Service Systems dedicated to automation end robotization on specific use cases for :
transport and mobility (driverless vehicle)
aeronautic, energy, steel and alloy industry
farming and food industry
forestry, construction
Intelligence in robotic systems (industrial, mobile…)
Multi criteria optimization, systems engineering focused on specific use cases
Cooperation in robotic systems (multirobots, human, fleet, process…)
Sensor based control (vision, effort, …)
Handlind (soft and deformable bodies, large pieces, breakable items,…)
Simulation of robotic systems
ITC for productive systems
Methods and tools to design and control of productive systems
Resilience and rapid setup for smart factory
FURTHER DETAILS
Competitiveness cluster label ; inter regional and multi thematics
Famous and strong scientific actors devoted to robotics (CNRS, INRIA,
Irstea…)
Many « ready to innovate » techno providers and integrators
OFFER? A REQUEST?
Develop robust, safe and cost-relevant product-service systems according
to use specifications on both traditional markets (aero, transport…) and
diversification markets (forestry, farming, …)
KEY WORDS
Networking between technological partners in France and abroad.
Support for international business and emergence of European projects.
59
More informations:
Release v.20151005
ROBOTICS
IDENTITY
Proxinnov
France
Technical platform
KEY FIGURES
Industrial robotic equipment for developments and tests
A network : research institutes and laboratories, schools and universities, robotic industrials
(integrators, constructors, …), innovation partners (Clusters, …)
Thanks to its partners network, PROXINNOV can help:
Industrials markets as general industry, aeronautics, food-processing, energy, …
All processes as pick and place, welding, trimming, tracking, polishing, packaging, …
PROXINNOV helps industrials to be more competitive using robotic technologies, and to known latest’s innovative robotic technologies.
Industrial robotic and equipment : ROP (Robotics Offline Programming), Industrial robots, Vision, Laser tracking, various effectors, …
Services : tests (numeric or real), diagnostics, help for definition of robotic cell specifications, benchmarks, general and technological information (conferences, trade
shows, demonstrations, …), teaching …
FURTHER DETAILS
Regional, National and International network
Internal skills
Robotic equipment
OFFER? A REQUEST?
Industrials : development of robotisation
Robotic actors : development of robotic skills
KEY WORDS
Helping industrials being competitive trough robotisation
Having a place into the national and international network of robotic
60
More informations:
Release v.20151005
ROBOTICS
IDENTITY
ICAM Toulouse
France
Training organisation
KEY FIGURES
Founded in 1898
six campuses throughout France:
Lille
Paris-Sénart
Nantes
Bretagne
Vendée
Toulouse
3 international campus:
Africa: Pointe-Noire, Douala
India : Chennai
9000 Icam graduates practising a wide variety of professions and activities in every sector
of the economic world.
Icam, Grande Ecole française, delivers Engineering Degrees (Master level) and offers trainings in engineering : lectures and qualifications, internships in our labs in R&D
projects (for short or long periods), research activities, cooperative programs. We offer students an educational environment unmatched for its diversity of thought and
experience, aiming at encouraging a personal development.
Even though our students at Icam have to go through the basics in almost all engineering fields, specific courses and specific projects are offered to foreign students all
year round by our engineering departments : Engineering, Fluid Mechanics, Material Engineering, Design and Manufacturing Engineering, Electrical Engineering, and
Computer Sciences.
FURTHER DETAILS
What makes the Icam Group stand out is the strength of its partnerships with industrial companies.
R&D projects are carried out by teams of 2 students working full time for one semester, and monitored by a teacher/lecturer (30 ECTS credits).
All R&D projects are performed under contract with companies (from small and medium businesses to large companies) ; this also helps our engineering departments to
develop strong ties with local industry.
61
This form was filled in by: Philippe Juhel
More informations:
Release v.20151005
DIRECTORY
NEXIO
CSIC
Ortelio Ltd
Tecnalia
Amoros-Routié Frédéric
Andrade-Cetto Juan
Arampatzis Stratos
Auffray Valérie
2013@ortelio.co.uk
++33 (0) 634 32 32 09
CEO
+33561440247
++34 934017336
cetto@iri.upc.edu
Director
sales@nexiogroup.com
Director of Tecnalia France
valerie.auffray@tecnalia.com
INEA
ID Champagne Ardenne
Rb3d
Rb3d
Baggia Tina
Baillif Pierre Yves
Baudet Olivier
Besson Baptiste
Head of marketing
+386 1 5138 143
tina.baggia@inea.si
Material and Process Project
Manager
+33(0)326 353137
Sales Manager
+33682450426
olivier.baudet@rb3d.com
pierre-yves.baillif@id-champagneardenne.fr
Co-founder of Smart Product &
Consumption Intitute at NEOMA
BS
+33326775677
gael.bonnin@neoma-bs.fr
« Google Car, Google Glass, robot companions (Nao,
Papero, Paro), ‘Roomba’ robot vacuum cleaners,
‘iHealth’ bracelets, intelligent fabrics, home
networks, intelligent fitting rooms, smartphones: in
every sector of the economy, objects can be made
intelligent (smart-products), to decide,
communicate and act independently. With this
metamorphosis, business and society are facing
completely new challenges.
The aim of the Smart Product & Consumption
institute is to develop appropriate analytical
methods to help company heads and more
specifically current and future marketi... »
Robotics and Noury
« In the CAR team, we study mobile and
autonomous robotics from two complementary
perspectives: Software Engineering (SE) and
Artificial Intelligence (AI).
Bouraqadi Noury
Professor
++33 327 71 23 60
noury.bouraqadi@mines-douai.fr
From the SE perspective, we study software
architectures, languages and tools for controlling
individual robots. We mainly focus on reflective and
dynamic languages, as well as component models,
for a modular and agile development of robotic
software architectures.
From the AI perspective, we study coordination and
cooperation in robotic fleets. We mainly focus on
communication models as well as emerging or
prede... »
Robots in Architecture & UFG Linz
Robotics and Noury
Innoecho
Robotics and Johannes
« In the CAR team, we study mobile and
autonomous robotics from two complementary
perspectives: Software Engineering (SE) and
Artificial Intelligence (AI).
From the SE perspective, we study software
architectures, languages and tools for
controlling individual robots. We mainly focus
on reflective and dynamic languages, as well as
component models, for a modular and agile
development of robotic software architectures.
+33146590281
baptiste.besson@rb3d.com
Robotics and Gaël
Bonnin Gaël
Manager Electronic Embedded
Systems
« Co-Founder of the Association for Robots in
Architecture
Co-Editor of Rob|Arch - Robotic Fabrication in
Architecture, Art, and Design (Springer)
Visiting Professor at the University for Arts and
Design, Linz... »
Braumann Johannes
Breas Beryl
++436644535388
++33 611 431 191
Co-Founder
johannes@robotsinarchitecture.org
Managing Director
beryl.breas@innoecho.com
From the AI perspective, we study coordination
and cooperation in robotic fleets. We mainly
focus on communication models as well as
emerging or prede... »
62
More informations:
Release v.20151005
DIRECTORY
Sigrid Brell-Cokcan & RWTH Aachen
Icam Toulouse
Mecanic Vallée
D'attanasio Simona
Danton Hervé
Robotics and Sigrid
« Co-Founder of the Association for Robots in
Architecture
Co-Editor of Rob|Arch - Robotic Fabrication in
Architecture, Art, and Design (Springer)
Professor at RWTH Aachen University, Chair for
Individualized Production... »
Brell-Cokcan Sigrid
Co-Founder
Robotics teacher in an engineer
school
+436504026614
sigrid@robotsinarchitecture.org
++33 534505043
Mecanic Vallée cluster CEO
+33 (0)5 65 43 95 50
h.danton@mecanicvallee.com
simona.dattanasio@icam.fr
BioRobotics Institute
CRIIF Robotics & IoT
FSATI at TUT, South Africa/UPEC, France
Robotics and Karim
« Assistive robotics design and control
Wearable robots control with human in the loop
Human Intention detection using Hybrid Systems
(EEG, EMG, etc.). ... »
Dario Paolo
Decaesteke Etienne
Djouani Karim
paolo.dario@sssup.it
++33 1 81 70 99 45
+27763594469
Director of BioRobotics Institute
Sales Manager
decaesteke@criif.fr
FSATI at TUT, South
Africa/UPEC, France
Agileo Automation
Prof
djouani@ieee.org
University of Verona
Robotics and Paolo
Robotics and Karim
« Assistive robotics design and control
Wearable robots control with human in the loop
Human Intention detection using Hybrid
Systems (EEG, EMG, etc.). ... »
ENGEL Marc
Fiorini Paolo
++33 5 49 49 61 79
+390458027963
General Manager
contact@agileo-automation.com
University of Verona
BonX
Professor
paolo.fiorini@univr.it
Robotics and Paolo
« The Altair laboratory specializes in
teleoperation for medical applications, including
surgery, rehabilitation and home assistance.
Theoretical research is carried out in the fields
of control systems, human-robot interfaces,
planning and modeling of motion and tasks, and
medical image analysis and fusion.... »
Robotics and Alain
Fonteneau Didier
COO
++33 7 87 45 81 06
d.fonteneau@bonx.fr
Goudey Alain
Co-founder of Smart Product &
Consumption Intitute at NEOMA
BS
++33326774583
alain.goudey@neoma-bs.fr
63
« The Altair laboratory specializes in teleoperation
for medical applications, including surgery,
rehabilitation and home assistance. Theoretical
research is carried out in the fields of control
systems, human-robot interfaces, planning and
modeling of motion and tasks, and medical image
analysis and fusion.... »
« Google Car, Google Glass, robot companions (Nao,
Papero, Paro), ‘Roomba’ robot vacuum cleaners,
‘iHealth’ bracelets, intelligent fabrics, home
networks, intelligent fitting rooms, smartphones: in
every sector of the economy, objects can be made
intelligent (smart-products), to decide,
communicate and act independently. With this
metamorphosis, business and society are facing
completely new challenges.
The aim of the Smart Product & Consumption
institute is to develop appropriate analytical
methods to help company heads and more
specifically current and future marketi... »
More informations:
Release v.20151005
DIRECTORY
Rb3d
Sterela
Robotics and Yskandar
« Assistive robotics
Optimisation and pattern recognition
Robot control... »
Grygorowicz Serge
Guirardel Benoit
Hamam Yskandar
+33386469258
+33 562117878
++27123825363
CEO
Head of Business Unit
serge.grygorowicz@rb3d.com
benoit.guirardel@sterela.fr
Tshwane University of
Technology (TUT)
Prof
yskandar@hamam.ws
Robot Lab
Icam Toulouse
Ichaï Alexandre
Juhel Philippe
University
Robotics and Yskandar
« Assistive robotics
Optimisation and pattern recognition
Robot control... »
++33 1 81 70 99 41
contact@robot-lab.org
Computer science & Vision
teacher in an engineer school
++33 534505027
philippe.juhel@icam.fr
Kasyanik Valery
Senior Teacher at Intelligent
Information System Dep. and
Robotics Lab
+375295274539
vvkasyanik@bstu.by
University
Robotics and Anish Mathieu
Robotics and Valery
« Pattern recognition and signal processing for
intention detection in assistive robotics... »
« Mobile Robot Localization, Computer Vision,
ROS
ROS, C++, Python, Matlab programing
Projects: Robot-guide, educational robots,
iRobotCreate ... »
Kurien Anish Mathieu
Lacaze Christophe
+27123824743
++33 6 17 80 15 48
FSATI node director
CEO
kurienam@tut.ac.za
c.lacaze@bonx.fr
Institute for Systems and Robotics at IST
Robotics and David
Robotics and Pedro
« Research interests
Lane David
Centre Director
++440134513350
D.M.Lane@hw.ac.uk
BonX
Autonomy: Engineering of advanced cognition into
unmanned and autonomous systems – control,
navigation, signal processing, planning, world
modelling, learning, operator dialog, architecture.
(e.g. autonomous underwater vehicles for oil and
gas intervention, under-ice survey)
Analytics: Predictive fault detection and diagnosis
for condition based maintenance and through
lifesupport of remote assets (e.g. offshore wind
farms, railways, subsea oil and gas infrastructure).
Lima Pedro
Coordinator of the Intelligent
Robots and Systems group
+351-218418274
pal@isr.tecnico.ulisboa.pt
« In 1994, Pedro Lima was awarded a Ph.D. in
Electrical Engineering at RPI, NY, USA. Currently, he
is a Professor at Instituto Superior Técnico,
Universidade de Lisboa, and a researcher of the
Institute for Systems and Robotics, where he is the
coordinator of the Intelligent Robots and Systems
group. He is the co-author of two books, and
member of the Editorial Board of the Elsevier’s
Journal of Robotics and Autonomous Systems. His
research interests lie in the areas of discrete event
models of robot tasks and planning under
uncertainty, with applications to networked robot
systems.
<... »
Biomimesis: Bio-inspired sensing and locomotion
(e.g... »
64
More informations:
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Maison INNOVERGNE
OC Robotics
Kineo Siemens R&D
Robotics and Adam
« Electrical and Electronic Engineering, Hyper
redundant robots... »
MALLET Sébastien
smallet@innovergne.fr
Mallion Adam
Maniscalco Laurent
+44 117 314 4700
++33 561900060
Business Development Manager
director
contactus@ocrobotics.com
Kineo Siemens R&D
laurent.maniscalco@siemens.com
Colmac Robotics
Robotics and Laurent
Thésame - Coboteam
Robotics and Niall
« specialized in automatic path planning and
trajectory... »
« Electrical & Electronic Engineer - Ireland
Naughton Scholar
British Science Association - Gold Crest Award
Winner
McCormick Niall
Director
++353 862248849
mac@colmac.ie
Thésame - Coboteam
Robotics and André
Laboratory of Robotics, Faculty of Electrical Engineering,
University of Ljubljana
« Prof. dr. Marko Munih was awarded the B.Sc.,
M.Sc. and D.Sc. Degrees in electrical engineering
from the University of Ljubljana, Slovenia, in 1986,
1989 and 1993, respectively. During his
undergraduate studies he received Pre!eren award
for students from University of Ljubljana.
Munih Marko
head of RoboLab
++386 1 4768 219
marko.munih@robo.fe.uni-lj.si
Ceo of Thesame Innovation
+33(0)672953930
Andre.MONTAUD@thesame-innovation.com
ADtronik
NAUD Dominique
Manager/ Consultant
++33 559725643
dnaud@adtronik.com
B.R (British Robots)
Robotics and Florian
« Robot Start PME Expert
« Mobile robots guidance technology
Design and development of real-time guidance
systems
Embedded computer vision
Design and development of industrial camera
modules... »
Pantaleao Florian
Papadopoulos Niko
+33 683 054 180
+441513242454
Gérant / Managing Director
fpantaleao@mobisensesystems.com
65
His early research interests were focused on
functional electrical stimulation of paraplegic lower
extremities with surface electrode systems,
including measurements, control, biomechanics and
electrical circuits. Activities until 1995 included
teaching assistance and research funded from
NIDRR (US),... »
Mobisense Systems
Robotics and Dominique
Accredited expert as part of the national ROBOT
Start SME project, led and coordinated by the
SYMOP (Union of production technology
companies), the CETIM (Mechanical Industries
Technical Centre) and the CEA LIST (institute
dedicated to technological innovation).... »
Montaud André
Robotics and Marko
« Based in Annecy (France). Specialist of
robotics and mechatronics.... »
ADtronik
Areas of interest:
Robotics Education
Robotics Competitions (Primary, Secondary & 3rd
Level)
Development & Testing
UAV's & Drones
Emergency Medicine
... »
CEO
niko@liverlinux.com
More informations:
Release v.20151005
DIRECTORY
Madeeli
PRO Consulting
Robotics and Séverine
Robotics and Philippe
« Robotics is a huge opportunity for its regional
tissue. Together we can turn this potential into
academic, economical and social value. The
modality chosen to achieve this goal is smart
collaboration. Hope you will join us.... »
Rengnet Séverine
Roussel Philippe
+33 (0)680228699
++33 6 8802 0350
Robotics field developer
Independant Consultant
severine.rengnet@madeeli.fr
PRO Consulting
philippe.roussel@enjolivure.com
« In 2011, I created the "Robotics Place" Cluster in
south-west of France.
In 2011, I created a start-up in the professional
robotic and security market : Abankos Robotic. Due
to lack of money (we didn't make the planned
fundraiser), Abankos Robotic ended in May 2014.
In 2012 / 2013, I was member of the board of the
"SYROBO" French robotic union.
Since June 2014, I have been working as consultant
in the robotic market mainly for marketing and
communication operations. I organize the robotics
area of the professionnal exhibitions "SIANE" in ... »
UPC
ROBOTILNICA Blog
Naïo Technologies
Sanfeliu Alberto
Sazdovski Vasko
Severac Gaëtan
+38978201078
+33650051286
Robotics and Philippe
« In 2011, I created the "Robotics Place"
Cluster in south-west of France.
In 2011, I created a start-up in the professional
robotic and security market : Abankos Robotic.
Due to lack of money (we didn't make the
planned fundraiser), Abankos Robotic ended in
May 2014.
In 2012 / 2013, I was member of the board of
the "SYROBO" French robotic union.
Since June 2014, I have been working as
consultant in the robotic market mainly for
marketing and communication operations. I
organize the robotics area of the professionnal
exhibitions "SIANE" in ... »
Naïo Technologies
Academic/Researcher
sanfeliu@iri.upc.edu
v.sazdovski@robotilnica.org
Innoecho
Robotics and Gaëtan
Robotics and Catherine
« Co-funder of Naïo Technologies.
... »
Simon Catherine
Présidente
++33 6 80 96 48 70
catherine.simon@innoecho.com
66
gaetan@naio-technologies.com
Takács Árpád
Research Assistant
+3616665729
arpad.takacs@irob.uni-obuda.hu
Shadow Robot Company
Robotics and Sethu
Robotics and Árpád
« Since 2013, I have been a PhD student of the
Doctorate School of Applied Informatics and
Applied Mathematics at Óbuda University. I
received my undergraduate and graduate
degrees at the Department of Mechanical
Engineering at Budapest University of
Technology and Economics, from mechatronics
engineering and mechanical engineering
modeling, respectively, both with an honorary
degree. During my graduate studies, my
research was mostly concentrated on
parametrically excited mechanical systems,
their mathematical description and stability
analysis. In 2012, owing to the EU-Atlantis
program and th... »
« InnoEcho was founded by Catherine Simon, a
consultant, coach and expert in international
strategy and business development for high-tech
companies. A graduate of EMLYON business school
and INSEAD-certified coach, Catherine has 25 years
of experience at C-suite level for innovative SMEs in
consumer electronic goods and robotics. Fueled by a
genuine passion for foresight and innovations that
help to improve our world, she was touted by
French business weekly Challenges (March 2014) as
one of the 100 personalities in France who is truly
driving the French high-tech sector forward.). She
was among... »
COO
« Humanoid robotics; Robot learning;
Computational motor control; Adaptive motion
synthesis; Prosthetics... »
Vijayakumar Sethu
Walker Rich
++44(0)131 651 3444
+44 207 700 2487
Centre Director
sethu.vijayakumar@ed.ac.uk
Managing Director
rw@shadowrobot.com
More informations:

European Robotics Map

Transcription

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