Two main objectives. Master key digital technologies: Simulation - Supercomputing - Data Analytics

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1 Two main objectives Master key digital technologies: Simulation - Supercomputing - Data Analytics Extensively promote their use: Large companies - SMEs - Academia - Public services 1

2 Designed to meet industry needs and launched by major players in the aeronautics and energy sectors: CEA, EDF, Total, Dassault, EADS and Safran Subsequently joined by CGG, Faurecia, L'Oréal and Michelin In association with technology companies: Components - Systems - Software - Services And with major research centres and universities: CNRS, INRIA, CERFACS, IFPEN Ecole Polytechnique, CentraleSupelec ENS-Paris Saclay, UVSQ 2

3 Teratec's role in France is to federate and to launch initiatives French industrial plans Major collaborative research projects Dissemination in SMEs Promote digital technologies Digital challenges Training 3

4 Active participation in European programmes : Horizon 2020 and ITEA Participation in the creation and coordination of ETP4HPC Participation in centres of excellence Major initiatives preparation : EuroHPC and IPCEI In constant contact with Teratec members and the services of the European Commission 4

5 TECHNOLOGY COMPANIES 2CRSI ACTIVEEON ALINEOS AS+ GROUPE EOLEN ALLINEA SOFTWARE ALTAIR ENGINEERING ALYOTECH ANEO ANSYS ATEMPO ATOS BRIGHT COMPUTING CADLM CARRI SYSTEMS CENAERO CLUSTERVISION CS SI COMSOL CRAY COMPUTER CYBELETECH DDN STORAGE DELL DISTENE EMG2 ENGINSOFT ESI GROUP FUJITSU HEWLETT-PACKARD ENTERPRISE IBM INTEL INTERFACE CONCEPT KITWARE MATHWORKS MELLANOX TECHNOLOGIES MICRO SIGMA NEC NICE SOFTWARE NOESIS SOLUTIONS NUMECA INTERN. NUMSCALE NUMTECH NVIDIA OPENTEXT OPTIS PANASAS PARATOOLS PNY QUASARDB REFLEX CES SCALITY SEAGATE TECHN. SOGETI HIGH TECH TELLMEPLUS TOTALINUX TRANSTEC INDUSTRIAL COMPANIES AIR LIQUIDE AIRBUS AIRBUS GROUP ARCELORMITTAL CEA CGG DASSAULT AVIATION EDUCATION & RESEARCH ANDRA CENTRALESUPELEC CERFACS CNRS CSTB ECOLE DES MINES DE PARIS ENS DE CACHAN ECOLE POLYTECHNIQUE ESI LEONARD DE VINCI ELECTRICITE DE FRANCE FAURECIA L OREAL MICHELIN SAFRAN TOTAL GENCI GENOPOLE IFP ENERGIES NOUVELLES INRIA INSTITUT MINES-TELECOM NAFEMS ONERA UNIVERSITE DE REIMS CHAMPAGNE-ARDENNE 5

6 Simulation technologies for the manufacturing and construction industries

7 Awareness sessions Programme for 2016 and : 26 awareness sessions; 23 cities in France; 263 people informed about the use of applied simulation in the engineering, manufacturing and construction industries 2017: 20 sessions conducted 7

8 Industry-specific service offerings Manufacturing industry ITT for services specifically tailored to SOHOs and SMEs Offers bearing the SiMSEA label will be referenced and benefit from a client subsidy of as much as 10k* Analysis Consultancy Technical expertise Studies Software Training Nationwide call for tender Launch date: 5 September End date: 5 October Results: end October 61 companies tendered 165 bids Service companies Technical centres *With the SiMSEA label, your client can benefit from a subsidy of as much as 50% of the offer (capped at 10k per client) Software vendors 8

9 Agreement under way Digital simulation technologies for the construction industry: subsidised offerings for software tailored to architects and design departments Industry-specific service offerings Construction First 12 offers bearing the SiMSEO label: ENERGY ACOUSTICS LCA (life cycle assessment) STRUCTURES Digital simulation: a factor of success for energy and digital transition in the construction industry LIGHTING Optimise project design Improve quality Lower costs Control risks Nationwide call for tender Start date: 4 October End date: 6 November Results: 30 November 9

10 10 Challenges 10 Proofs of Concept Launched on 2 March at Bpifrance in Paris Before 150 start-ups and SMEs 33 applications received 10 Winners

11 Decision-making tools for estimating flexibility potential Multiscale time and space forecasting tools Multiscale time and space analysis tool that supports aggregation and disaggregation Process for enhancing the reliability of scene analysis from video sources Simulating the operational availability rate of complex urban transport systems Creating a tool to simulate and forecast the quantity and quality of wheat harvests 10 POC Average duration: 12 months Funding: 70k max. 10 funded winners IoT sensor and technology networks Local application system for consolidating and adjusting nitrogen fertilisation Led by: Fast assessment and optimisation of the 'printability' of an additive manufacturing metal part Solution for the secure management of physical assets Supported by:

12 TERATEC Campus Incubator and Business center m² operational CEA Very Large Computing Center Industrial Research Laboratories Training Institute Technology Companies Services Platforms 12

13 Industrial Research Laboratories Several companies are progressively deploying their research activities on the Teratec Campus in various fields, including future architectures and exaflop computers, the development and parallelisation of simulation software and the design of complex systems. Extreme Computing Laboratorie (CEA BULL/ATOS) Exascale Computing Research Laboratorie (INTEL - CEA/UVSQ) European Big Data Laboratorie (INTEL) CESIMat Laboratorie (CEA FAURECIA - L OREAL MICHELIN SAFRAN) Technology Companies Incubator and business center 13

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