ACCELERATING YOUR INNOVATION

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1 The Luxembourg Institute of Science and Technology (LIST) transforms scientific research in the fields of materials, environment and IT into innovative technologies that respond to the needs of industry and society. ACCELERATING YOUR INNOVATION

2 Gabriel Lippmann ( ) Henri Owen Tudor ( ) The Nobel Prize in Physics 1908 Inventor of the first practical lead-acid battery

3 CRP Henri Tudor and CRP-Gabriel Lippmann A threefold mission Mission-driven scientific Research: Contribute through scientific excellence to the production and transfer of knowledge and to the international recognition of the scientific community in Luxembourg. Science-based Innovation: Sustainably strengthen the innovation capacity of companies and public organisations. Scientific Policy support: Support through scientific research and innovation the definition, implementation and evaluation of national public policies.

4 Tudor s key milestones End of 1987: Start-up of the CRP Henri Tudor 1988: Creation of SITec organisation for post-graduate training 1990: Creation with the Chamber of Trades of the Resource Centre for Technologies and Innovation in Construction (CRTI-B) 1991: Launch with the support of the Ministry for Health of the Resource Centre for Healthcare Technologies (CR SANTEC) 1994: Launch, jointly with the Ministry of the Economy, of the Technology Watch Centre (CVT) 1997: Launch of the Resource Centre of Environmental Technologies (CRTE), jointly with the Ministry of the Environment, 1998: Launch of the Technoport Schlassgoart (materials research, high-tech business incubator) 2003: New premises at Kirchberg 2005: ISO certification for all Tudor s activities 2008: First Performance Contract 2010: Setting up of 9 innovation programs targeting each a specific market 2013: Decision to regroup with CRP Gabriel Lippmann to form the Luxembourg Institute of Science and Technology (LIST)

5 Lippmann s key milestones Création du centre en : mise en place des 1 ères équipes de recherche en informatique (CREDI), hydrobiologie (CREBS), métrologie, sciences pédagogiques et humaines 1992: création du Laboratoire d Analyse des Matériaux (LAM) 1993: création de l unité Statistiques et Décision (STADE) 1994: création de la Cellule de Recherche en Economie Appliquée (CREA) 1995: mise en place du pôle Biotechnologies végétales 1996: création du Laboratoire de Droit Economique (LDE) 1999: mise en place du pôle hydrologie 2002: transfert de CREA et de STADE au Centre Universitaire 2003: transfert du LDE à l Université du Luxembourg 2005: création du Laboratoire de Recherche en Equipements Automobiles (LEA) nouveaux locaux à Belvaux 2008: 1 er contrat de performance 2013: décision de fusionner avec le CRP Henri Tudor

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8 TUDOR AND LIPPMANN JUST BEFORE THE MERGER Scientific and technology domains Tudor Information and communication technologies Environmental technologies Business organisation and management Materials technologies Health care technologies Lippmann Information and communication technologies Environmental technologies Materials technologies 8

9 THE RESEARCH AND TECHNOLOGY ORGANISATION (RTO) Luxembourg Institute of Science and Technology (LIST) OF LUXEMBOURG

10 RESEARCH & TECHNOLOGY ORGANISATIONS Transferring scientific knowledge to the market

11 LIST S MISSION Supporting industry innovation

12 NATIONAL FOOTPRINT Key partnerships in Luxembourg

13 INTERNATIONAL FOOTPRINT Key international partnerships

14 OVERVIEW Staff diversity (as of 01/01/2016) 62% 38% Staff 560 Nationalities 38 Average age 38

15 INTERDISCIPLINARY RESEARCH Fields of expertise

biopolymers and bioenergy Life cycle sustainability and risk assessment e-science for

16 ENVIRONMENTAL RESEARCH & INNOVATION Overview Prof. Dr. Lucien Hoffmann Director Research Domains Water security and safety Plants for biomass, biopolymers and bioenergy Life cycle sustainability and risk assessment e-science for environmental and biological applications Emerging Innovation Topics Smart Buildings and Cities Renewable Energies Circular Economy Precision Agriculture /erin

Transducing materials and actuators Photocatalysis and energy harvesters Transparent electronics and smart nanocomposites

17 MATERIALS RESEARCH & TECHNOLOGY Overview Prof. Dr. Jens Kreisel Director Research Focus Areas Nanomaterials and nanotechnologies Composite materials Emerging Research Topics Transducing materials and actuators Photocatalysis and energy harvesters Transparent electronics and smart nanocomposites Point-of-Care and drug delivery Modelling and design of structures and multifunctional composites Bio-based polymers and composites Adhesion and compatibilization of fibres/matrix Process engineering and advanced manufacturing /mrt

18 IT FOR INNOVATIVE SERVICES Overview Prof. Dr. Eric Dubois Director Research Topics Decisional Knowledge Dynamics Trusted Service Supply Chains Enterprise Engineering Process Quality Improvement Factory Trusted Service Systems Multimodal Analytics Embedded Assessment Human-Machine Interaction Knowledge-based Context-aware Adaptive Systems Service Engineering with Impact Collaborative Service Innovation Lab Service Deployment Service Value and Design /itis

19 Existing equipment lab characterisation validation xxx Pilot line 1 Joint Industry lab 1 Joint Industry lab 2 Technology Platform Office space Joint Industry lab 3 Joint Industry lab 4 Pilot line 2 Activity 1 Activity 2 LIST PROGRAMATIC STRATEGY EMBEDDED IN LUXEMBOURG SMART NATION INITIATIVE IPCEI Connected & automated driving IPCEI on HPC Enabled applications Connected & automated driving Luxembourg Cluster initiative European KIC on added value manufacturing Manufacturing 4.0 National Composite Center of Luxembourg (NCC-L) Association des Banqueset Banquiers, Luxembourg

SMART CITIES MOBILITY The objective is using

objective is to achieve significant energy

20 SMART CITIES MOBILITY The objective is using the technology to reduce congestion and foster faster, greener, and cheaper transportation options BUILDING The objective is to achieve significant energy savings all along Building life cycle (from construction to operation) by taking advantage of improved technology (IT) and materials. ENERGY The objective is to help utilities and distributors to forecast and manage loads better, reduce the need for costly infrastructure expansion, and improve service quality and customer satisfaction

SMART MANUFACTURING COMPOSITES The objective is to

in a dedicated environment with the objective to

new opportunities for several industries by

light-weight products and it allows designs that were

DIGITAL MANUFACTURING Digital manufacturing deals

21 SMART MANUFACTURING COMPOSITES The objective is to develop composite materials, expertise and equipment in a dedicated environment with the objective to provide new products and processes as smart solutions for the composite industry. ADDITIVE MANUFACTURING The objective is to open up new opportunities for several industries by facilitating the customized production of strong light-weight products and it allows designs that were not possible with previous manufacturing techniques. DIGITAL MANUFACTURING Digital manufacturing deals with the organisation and management of the entire value chain process involved in manufacturing industry

22 SMART SPACE PRECISION AGRICULTURE The objective is to get tools for a farming management based on observing, measuring and responding to inter and intrafield variability in crops. RESSOURCE MANAGEMENT The objective is to manage land based water resources by better understanding both the hydrological cycle and distribution of the resource.

SMART FINANCE REGTECH RegTech focuses on developping

Regulated FinTech environment ADVITECH The objective

continuous iterative exploration and investigation

23 SMART FINANCE REGTECH RegTech focuses on developping appropriate platform for a smart and friendly Regulated FinTech environment ADVITECH The objective is to acquire tools, practices and technologies for continuous iterative exploration and investigation of business data to gain insight and drive business planning

24 TECHNOLOGY SHOWROOM Get inspired and spark your innovation! Discover an inspiring display of our latest technological achievements at our headquarters in the Maison de l Innovation on the Belval Innovation Campus.

25 To contact us Luxembourg Institute of Science and Technology (LIST) 5, avenue des Hauts-Fourneaux L-4362 Esch/Alzette Tel.: (+352) Fax: (+352) info@list.lu LIST.lu Follow us on

SMART CITIES. Prof. Dr. Eric DUBOIS Director, IT for Innovative Services Department (ITIS) ICT Spring Luxembourg City, May 16, 2018

SMART CITIES. Prof. Dr. Eric DUBOIS Director, IT for Innovative Services Department (ITIS) ICT Spring Luxembourg City, May 16, 2018 SMART CITIES Prof. Dr. Eric DUBOIS Director, IT for Innovative Services Department (ITIS) ICT Spring Luxembourg City, May 16, 2018 AGENDA What is LIST Our understanding of Smart Cities Working on the Smart