eurecat approach to i4 … · data science and analytics digital businesses solutions horizontal...

INDUSTRY 4.0 SEMINAR

EURECAT APPROACH TO I4.0

Joan L. Mas AlbaigèsBarcelona20/01/15

- 2 -APPROACH TO I4.0

R&D PUBLIC SYSTEM

RESEARCH PUBLIC

ORGANIZATIONS

+

UNIVERSITIES

PRODUCTION SYSTEM

COMPANIES

VALUE GENERATIONKNOWLEDGE

GENERATION

APPLIED RESEARCH

AND

TECHNOLOGICAL DEVELOPMENT

EURECATthe role of Technology Centers


EURECAT

60M€*

40M€

32M€

80%

50%

R&D PROJETS

INTERNATIONAL PROJECTSTURNOVER

*forecast

2014

2015

2016

7SPIN-OFF

73PATENTS

160LARGE R&D PROJECTS

1.000CUSTOMERS

60%

40%

450 professionals

Relevant figures


Customers


Index

• Eurecat @ Industry 4.0

• Eurecat COE for Industry 4.0

• Examples

• Summary


Eurecat’s approach to the digital revolutionEURECAT @ Industry 4.0

DATA MANAGEMENT

Wereables

Mobile

IoT Smart Machines

INFRAESTRUCTURE & STORAGE

INFORMATION & KNOWLEDGE EXTRACTION

VISUALIZATION AND USER EXPERIENCE

e-Health Tourism Utilities Public Administrations

SMART SYSTEMSInformation value

Industry & Energy

Open Data

Social Media

M2M

Retail



Data Science and Analytics Digital Businesses solutions Horizontal Capacities

Data MiningData Persistance

e-HEALTH Solutions

IT Security

Energy Efficieny Solutions

Sustainability Solutions

Industry Solutions

Data Analytics

AI, recommendation engines, semantics,

clustering, segmentation, profiling,

pattern recognition, etc.

Cloud , Big Data Infraestructures

Consultancy

SW DevelopmentVisualization & UX

Multimedia Solutions

Indoor Positioning Solutions



SDU

DIGITAL HUMANITIES

DATA MINING

SMART MANAGEMENT

SYSTEMS

MULTIMEDIA

IT SECURITY

e-HEALTH

BIG DATA ANALYTICS



Tools/Products Applications

Electrical Vehicle

Smart GRID/µG management

Smart Resource Management

(water - waste)

Industry 4.0Internet of Things

Smart Manufacturing

Multi-utility platforms

Water-Energy nexus

ARTIFICIAL INTELLIGENCE

MACHINE LEARNINGSTATISTICAL LEARNING

KNOWLEDGE REPRESENTATION

REASONING ENGINESAUTOMATED PLANNING

NATURAL LENGUAGEMULTIAGENTS

PREDICTIVE ANALYTICS EXPERTSYSTEMS

SEMANTIC WEB

OPTIMIZATION ALGORITHMS

Technologies

Recommendation systems

Decision Support Systems

Operational Dashboards

Simulation engines (game-learning)

Systems interoperability

Management Platforms

Benchmarking

Smart Irrigation Systems

Sectors

UTILITIES

PUBLIC ADMINISTRATIO

NS

INDUSTRY & ENERGY

CYBERPHYSICAL

SYSTEMS



Transport Safety

Health

Accidents on roads

Diabetes hypoglycemia

Tourism

Image Processing

Identification of Plants



IT SECURITY

AUTOMOTIVE SECURITY LABS

INDUSTRIAL IOT SECURITY LABS

• Cybersecurity for the connected car

• Analysis of threats, vulnerabilities, attacks, etc.

• Standardization• Eurecat – IDIADA

joint iniciative• Far reaching

• Cybersecurity for connected industrial systems (CPS)

• Analysis of threats, vulnerabilities, attacks, etc.


Industrial TechnologiesEURECAT @ Industry 4.0

New flexible manufacturing

processes, multi-

technology, reconfigurable

Simulation and

development of innovative and “Smart”

products

Surface functionalization

(printed electronics)

Autonomous and

industrial robotics

Product / process

sustainability

Plastic, metal,

ceramic and compound materials

Wearable Applications


Aportar conocimiento y desarrollar tecnología para cada una de las etapas del ciclo

VALUE GENERATION

EURECAT @ Industry 4.0

Today’s science is tomorrow’s technology

Data Extraction and Collection

Interface breakthrough (Wearable, mobile,

M2M, Social Media, IoT)

Data Science

New aglorithms, methods and platforms to face new challenges

Data storage and Infrastructure

Big Data and Cloud Computing

Architectures

Visualization and User Experience

Simulation environments, virtual

environments. Audiovisual technologies

New Efficient Technologies

Sustainable processing

Functionalized Materials

Incorporating properties for products of the

future

Intelligent SystemsSensors, embedded

SW, IoT

Backing the concept of the intelligent factory

Industrial Laboratories of the

FutureFrom concept to

industry

SUSTAINABLE, DIGITAL & SMART: INDUSTRY 4.0

DIGITAL REVOLUTION

ADVANCED MANUFACTURING


A view to Advanced ManufacturingEURECAT @ Industry 4.0

ICT forManuf. New Materials

SmartFactories New Tech. Processes

Smart Mat Manuf.

New TechEnabledFactories

AdvancedManufacturing

Colaborative & Virtual Manuf, NBM & Value

Chains

New MaterialsProcesing:

Composite & Nano Manuf.

AdditiveManuf& SmartMaterialsProcesing:

SustainableManuf.

Customization& Efficient

Manuf.

SmartMaterials

ValueChains


Eurecat CoE for Industry 4.0HOW CAN WE HELP INDUSTRY


Eurecat CoE fot Industry 4.0MAJOR CONTRIBUTIONS


Examples

inTOOLigent®: Solution for information control and traceability applied to

production machinery (injection moulds)

iPad 10:20 AM


Examples

inTOOLigent®

Key data permanently integrated inside the tool: part and tool drawings, parts and meterials lists, preventive maintenance schedule, etc.

Captures specific data in every production cycle: temperature, pressure, part validation, etc.

During the learning phase, inTOOLigent generates a diagnostic model

During runtime, the model triggers closed loop actions, in real time

2

3

1


Examples

Smart Encoders

Evolution to a “SMART PRODUCT” with the following innovations:

• New firmware

• New USX

• Adding connectivity

Positioning in Advanced Manufacturing, FoF


Examples

IoT based eHealth (teleassistance) solutions

• Domestic Sensor Network

• Measuring device network

• Cloud Architecture

• Mobility (tablets, smartphones)

• Back-end

• Teleassistance companies

• Farma & Hospitals


Eurecat & Industrial Research :ü We research on future

applications ü We strive in the generation of

applied knowledgeü We want to innovate along

companies and organizationsü We have experienced

professionals in houseü Multidisciplinary approach allows

us to design optimal solutionsEURECAT

SummaryContributing to a sustainabe technological development


Summary

We are convinced that ….

ü Industry is the lever for the multi-sector innovation and economical and social progress in modern economies. We need a competitive, sustainable Industrial Sector.

ü The 4th Industrial Revolution (Industry 4.0) relies on the industrial digitalization and the use of advanced production technologies

ü An efficient use of the technology must contribute to increase of revenues and the definition and implementation of new business models

ü This effort needs to be in place at regional and national level in Europe, as other worldwide players may threaten leadership in many areas

THANKS !

Joan L. Mas Albaigè[email protected]

www.eurecat.org

mailto:[email protected]

eurecat approach to i4 … · data science and analytics digital businesses solutions horizontal...

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