Übersetzung für "industrial tool technology engineer " (Englisch → Deutsch) :

21. Notes that an integrated strategy for EU industries should focus on overcoming the skill shortages; in this respect, emphasises the need for coordinated initiatives to improve the dissemination of information and the teaching of STEM subjects (science, technology, engineering and mathematics) at all levels, whilst promoting additional coordinated and targeted higher qualifications; stresses the need for a global approach aimed at improving professional skills in the fields of renewable energies, clean industrial processes and trans ...[+++]port; calls on the Member States to include vocational qualifications for entrepreneurship in university programmes and other higher education courses; emphasises that the European Social Fund must adapt to the changing requirements of the industrial sector;

14. Recognises the importance of strengthening cooperation in the field of energy between the Euro-Mediterranean partners and the need to develop a regional energy market, with a view to the implementation of renewable energy and energy infrastructure projects in the Mediterranean region; urges that sustainable energy and development policies such as the Desertec project should be geared first and foremost to the region and thus contribute to its development; welcomes the UfM’s regional project ‘Mediterranean Solar Plan’, since as well as contributing to the development of infrastructure it will boost the development of the components industry and corresponding e ...[+++]ngineering and technology in all the countries covered by the plan;

Integrating new knowledge, nano- and micro-technologies, materials and production in sectoral and cross sectoral applications, in areas such as health, food, construction and buildings, transport, energy, information and communication, chemistry, environment, textiles and clothing, footwear, forest-based industry, steel, mechanical engineering.

– Integrating new knowledge, nano- and micro-technologies, materials and production in sectoral and cross sectoral applications, in areas such as health, food, construction and buildings, transport, energy, information and communication, chemistry, environment, textiles and clothing, footwear, forest-based industry, steel, mechanical engineering.

Creating conditions and assets for sustainable knowledge-intensive production, including construction, development and validation of new paradigms responding to emerging industrial needs and fostering the modernisation of the European industry base; development of generic production assets for adaptive, networked and knowledge-based production; development of new engineering concepts exploiting the convergence of technologies (e.g. nano, micro, ...[+++]bio, geo, info, optical, cognitive technologies and their engineering requirements) for the next generation of high value-added new or renewed products and services, and adaptation to changing needs; engaging high-throughput production technologies.

From a climate perspective, the recent Communication on climate change has highlighted the importance of broad participation as an essential element of a mid- and long-term strategy. Co-operation with developed, and in particular, developing countries could be a useful tool for engaging countries in climate action, while providing local benefits for insurance in terms of air quality and energy security, which are key concerns for a large number of developing countries. As the energy sector has to provide the lion’s share of the reduction targets, global climate change mitigation depends greatly on increased use of energy efficiency, rene ...[+++]wable energy and other cleaner energy technologies in all countries. Due to the fact that the EU, since the first energy crisis in the early 70's, has put in place coherent policies and programmes for energy efficiency promotion, the EU’s energy efficiency manufacturing industry is now well placed to make the most of new opportunities and to gain new markets in third countries. European industry is at the forefront in technology, and occupies the strategic high ground in the global competition on energy efficiency technology in most sectors, including turbines, combined heat and power and district heating technologies, household appliances and building materials. Renewed efforts for an international drive on energy efficiency could play a key role in consolidating the European industry’s role as world leader in this field and could contribute to boosting Europe’s competitive edge in the energy sector.