Connecting innovators across the value chain ICT for Manufacturing - - PowerPoint PPT Presentation

connecting innovators across the value chain
SMART_READER_LITE
LIVE PREVIEW

Connecting innovators across the value chain ICT for Manufacturing - - PowerPoint PPT Presentation

Connecting innovators across the value chain ICT for Manufacturing SMEs (I4MS) June 2013 Dr Max Lemke Deputy Head of Unit CNECT A3 max.lemke at ec.europa.eu Some Reflections High tech SMEs want to/must innovate SMEs need a market


slide-1
SLIDE 1

Dr Max Lemke Deputy Head of Unit CNECT A3 max.lemke at ec.europa.eu

Connecting innovators across the value chain

ICT for Manufacturing SMEs (I4MS) June 2013

slide-2
SLIDE 2
  • High tech SMEs want to/must innovate
  • SMEs need a market window of opportunity
  • SMEs must be connected along the value chain
  • SMEs often operate in the wake of the big ones
  • SME schemes must be quick and dynamic
  • SMEs need much more than €s:

access to technology & competences access to infrastructures access to new markets

  • n an EU-scale across sectors and regions

through networks of competence centres

Some Reflections

slide-3
SLIDE 3

I4MS

Focus: Fast adoption of four groups of ICT technologies expected to have

particularly high impact on modernising Europe's manufacturing capabilities

Innovation for Manufacturing SMEs

I4MS

slide-4
SLIDE 4

Strong SME Focus

SMEs in Manufacturing

  • Key role of SMEs in value

chains: users and suppliers

  • SME need more than €s:

access to competences and networks across Europe

I4MS

  • 2 customised measures:

Application experiments Assessment experiments

  • Clustered around networks
  • f competence centres
  • Collaboration in a network
  • f innovation multipliers

I4MS

slide-5
SLIDE 5

Structured use of FP7 Instruments

I4MS

Open Calls to dynamically expand consortium

slide-6
SLIDE 6

Structure of the Initiative

~ 77 M€

I4MS

EuRoc (IP) Fortissimo (IP) CloudSME (IP)

Advanced robot solutions HPC Cloud-based simulation services

INTEFIX (IP) LASHARE (IP) APPOLO (IP)

Intelligent sensor based equipment Innovative laser applications

I4MS-Gate

~ 100 Application Experiments (7.1) ~ 50 Assessment Experiments (7.2) Network of innovation multipliers (7.2)

Projects/Programmes of similar nature:

ECHORD (Robotics, FP7) BEINGRID (Grid technologies, FP6) FUSE (Microelectronics, FP5) HPCN-TTN (HPCN, FP5) EUROPORT (HPCN, FP4) SEA (Semiconductor Equipment Assessment, FP4-6)

Cutting across CNECT A domains

CloudFlow (IP)

slide-7
SLIDE 7

An example

I4MS

HPC-Cloud-based simulation services (Fortissimo, CloudFlow, CloudSME)

slide-8
SLIDE 8

Analysis of Participation

  • Totals include management and service SMEs
  • Data is extrapolated to full expansion after open Calls
  • New stakeholder communities: 2/3 newcomers
  • Open calls: 35% of budget
  • ~70% industrial, ~50% SME participation (~39% of funding)
  • Broadly covering Europe (~25 countries)

Detailed SME participation analysis:

I4MS

SMEs (funds) Supply-side SMEs Demand-side SMEs

20 SMEs (2 M€) Robotics supplier (12 %) Robotics users (88 %) 110 SMEs (14 M€) Simulation codes/services (47 %) Simulation users (42 %) 20 SMEs (4 M€) Sensor-based control systems suppliers (65 %) Machine tools industry (35 %) 50 SMEs (10 M€) Laser suppliers (70 %) Manufacturing equipment suppliers (22 %) 200 SMEs (30 M€) 50 % 45 %

slide-9
SLIDE 9
  • Piloting experiments must be innovative beyond what

is available on the market:

Novel use of emerging technologies and/or provisioning of novel technologies

  • Rules for participation apply:

multi-nationality is applied across IP consortia and NOT by experiment Funding regime: SMEs 75%, large industry 50%

  • Infrastructure and equipment: case by case basis, e.g.

Laser and sensor equipment: EC pays for the assessement and the set-up of the experiment, but not for the equipment Cloud-based simulation:

  • SW tools: free licenses by vendors limited to project, effort for customisation paid
  • Compute resources: built on existing infrastructures, experiments pay for resources
  • r get a limited quota within the project arrangement

Implementation Issues

I4MS

slide-10
SLIDE 10
  • •• 10

Competitive Calls

  • Available in IPs/NoEs under FP6 and FP7 to expand consortia
  • Funding reserved at proposal stage with profile of activities

and actors defined (WP 2013 Challenge 7: up to 50% of project budget)

  • Original project partners cannot apply
  • Basic rules defined by EC
  • Model Contract Article II.35 and Guidance Note
  • In the spirit of EC processes - but lighter:

Wide call announcement Same basic evaluation criteria Reporting and EC approval after preparatory and after selection phase

  • Implemented through (normally one) amendment per Call
  • Timeline: 3-6 months from planning to contract

http://ec.europa.eu/information_society/activities/foi/le ad/fippp/Guidance_note_for_project_coordinators_plann ing_a_competitive_call.doc ftp://ftp.cordis.europa.eu/pub/fp7/docs/fp7-ga-annex2- v6_en.pdf

slide-11
SLIDE 11

Future

  • I4MS is part of the PPP Factory of the Future

and the EFFRA vision

  • Open, SME-friendly
  • SMEs benefit along

multiple dimensions

  • A model for innovation

measures in H2020

  • I4MS continued in

WP 14/15 (CP 70%)

  • Further to explore:
  • Access to venture capital: H2020 finance instruments
  • Integrated use of features of the H2020 SME instrument

I4MS