UNESCO SCIENCE REPORT
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<strong>UNESCO</strong> <strong>SCIENCE</strong> <strong>REPORT</strong><br />
comprises a package of 40 measures to foster innovative<br />
public procurement, entrepreneurship and venture capital<br />
availability.<br />
In April 2015, the government announced its Industry of the<br />
Future project. This project launches the second phase of the<br />
government’s New Industrial France initiative, which aims to<br />
modernize industrial infrastructure and embrace the digital<br />
economy to tear down the barriers between services and<br />
industry. The Industry of the Future project focuses on nine<br />
priority markets: New Resources; Sustainable Cities; Ecological<br />
Mobility; Transportation of Tomorrow; Medicine of the Future;<br />
The Data Economy; Intelligent Objects; Digital Confidence;<br />
and Intelligent Food.<br />
A first call for project proposals in future-oriented fields<br />
(3D printing, augmented reality, connected objects, etc.) is<br />
due to be launched in September 2015. Companies which<br />
modernize will be entitled to tax cuts and advantageous<br />
loans. The Industry of the Future project has been designed<br />
in partnership with Germany’s Industry 4.0 project (Box 9.3).<br />
Germany will thus be a key partner, with both countries<br />
planning to develop joint projects.<br />
GERMANY<br />
Digitalizing industry: a priority<br />
Germany is the EU’s most populous member<br />
state and biggest economy. Manufacturing is one of the<br />
economy’s strengths, particularly in medium-to-high-tech<br />
sectors such as automotive, machinery and chemicals,<br />
but its dominance of high-tech manufacturing, such as in<br />
pharmaceuticals and optical industries, has eroded over<br />
time. The Federal Ministry for Education and Research has<br />
developed a High-tech Strategy to improve co-operation<br />
between science and industry, in order to maintain<br />
Germany’s international competitiveness. Launched in 2006,<br />
the strategy was updated in 2010, with a focus on public–<br />
private partnerships in forward-looking projects, including<br />
some oriented towards tackling the following societal<br />
challenges: health, nutrition, climate and energy security,<br />
communication and mobility. One key focus of the High-tech<br />
Strategy since 2011 has been the digitalization of industry<br />
(Box 9.3).<br />
In 2005, the Pact for Research and Innovation was introduced.<br />
Within this pact, the federal government and the regions<br />
Box 9.3: Germany’s strategy for the fourth industrial revolution<br />
The German government has taken a<br />
distinctly forward-looking approach<br />
to what Germans call Industry 4.0 or,<br />
in other words, the fourth industrial<br />
revolution; this entails bringing the<br />
internet of things and the internet<br />
of services to industry, estimated by<br />
Accenture to add € 700 billion to the<br />
German economy by 2030.<br />
Germany’s high-tech strategy since<br />
2011 has had a strong focus on<br />
Industry 4.0. The German government<br />
has a dual plan. If Germany can<br />
manage to become a leading supplier<br />
of smart manufacturing technologies,<br />
such as cyber-physical systems, this<br />
should give a huge boost to German<br />
machinery and plant manufacturing, as<br />
well as to the automation engineering<br />
and software sectors. The hope is<br />
that a successful Industry 4.0 strategy<br />
will help Germany’s manufacturing<br />
industry retain its dominant position in<br />
global markets.<br />
Based on a literature review, Hermann<br />
et al. (2015) define six design principles<br />
of Industry 4.0, namely, interoperability<br />
(between cyber-physical systems<br />
and humans), virtualization (through<br />
which cyber-physical systems monitor<br />
production), decentralization (with<br />
cyber-physical systems making<br />
independent decisions), real-time<br />
capability (to analyse production data),<br />
service orientation (internally but also<br />
by offering individualized products)<br />
and modularity (adapting to changing<br />
requirements).<br />
In addition to modernizing industry,<br />
customizing production and generating<br />
smart products, Industry 4.0 will address<br />
issues such as resource and energy<br />
efficiency and demographic change,<br />
while promoting a better work–life<br />
balance, according to Kagermann et al.<br />
(2013). Some trade unions, however,<br />
fear an increase in job insecurity, such<br />
as via cloud workers, and job losses.<br />
A new Industry 4.0 platform called Made<br />
in Germany was launched in April 2015.<br />
It is operated by the federal government<br />
(economic affairs and research ministries),<br />
firms, business associations, research<br />
institutes (in particular, the Fraunhofer<br />
institutes) and trade unions.<br />
Although some Industry 4.0 technologies<br />
are already becoming a reality, with<br />
some smart factories like that of Siemens<br />
already in existence, a lot of research<br />
remains to be done.<br />
According to the 2013 recommendations<br />
from the Industry 4.0 working group, the<br />
main research focus areas in the German<br />
strategy are (Kagermann et al., 2013):<br />
n Standardization and reference<br />
architecture;<br />
n Managing complex systems;<br />
n A comprehensive broadband<br />
infrastructure for industry;<br />
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