Academy’s advice and position paper

21 Oct

Posted at 12:54h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, Engineering Academy of Slovenia (IAS), Research, Technologies, Innovation and Employment by
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Engineering Academy of Slovenia (IAS)
2016
Recommendations for Slovenia becoming a state of innovative, export-oriented, high-tech companies. Proposals for cooperation between scientist, educators, managers and other experts with competence for enforcing innovative development in enforcing the concept Industry 4.0.

21 Oct

Posted at 12:52h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, Engineering Academy of Slovenia (IAS), Research, Technologies, Innovation and Employment by
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Engineering Academy of Slovenia (IAS)
2016
IAS has organised together with the Chamber of Commerce and Industry of Slovenia a conference with the title “3rd Strategic Conference of Slovenia 5.0, Innovation and Technology Breakthrough of Slovenia”. Product of the conference are 5 key measures for Technology and Innovation Breakthrough of Slovenia; circulation of researchers, reform of higher education, change of funding of R&D, change of tax and investment policies, Industry 4.0 and digitalisation.

21 Oct

Posted at 12:45h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academic report, by a Commission or a Working Group, Academy’s advice and position paper, National Academy of Science and Engineering (acatech), Research, Technologies, Innovation and Employment, Technologies and Development for Developing Countries by
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National Academy of Science and Engineering (acatech)
2015
Industry 4.0 and Advanced Manufacturing are topics of a high international relevance. They are currently intensively discussed both in the academic literature, and in practice within the framework of Industry 4.0 which refers to the so-called 4th industrial revolution. They depend to a high degree on the availability of adequate digital infrastructures and well-functioning logistics systems, and they have a number of repercussions on cities and regions.

21 Oct

Posted at 12:44h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academic report, by a Commission or a Working Group, Academy’s advice and position paper, National Academy of Science and Engineering (acatech), Research, Technologies, Innovation and Employment, Urbanism and Housing by
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National Academy of Science and Engineering (acatech)
2016
Industry 4.0 has high potential to positively impact the economic development of cities in developing countries and emerging economies. It can help to promote a green urban economy and contribute to sustainable development. However, the success of its potential benefits is also dependent on the appropriate economic and urban framework conditions being in place.

21 Oct

Posted at 12:27h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, Other, Swiss Academy of Engineering Sciences (SATW) by
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Swiss Academy of Engineering Sciences (SATW)
2012
Natural resources are essential for all life – and they are finite. The growing consumption of resources per capita and the rapid growth of the world population are increasing the pressure on the Earth’s ecosystem and could become a burden for future generations. Must we limit our consumption? Or can we combat the scarcity of natural resources through technological advances and greater efficiency alone? It is up to society to decide how it wants to use natural resources. It must however quantify and measure the use of natural resources and the problems associated therewith, for example by means of indicators. In this brochure “Measuring the use of natural resources and its impacts” current methods and indicators for the four natural resource categories materials, land area, energy and water are presented and – as an example of how they are used – applied to the production of one kilogram each of the metals copper, lithium, neodymium and platinum. The spectrum of users today extends from individuals (for example in purchase decisions) and companies (for example in improving production processes) to nations or international communities of states (for example in political decisions as to whether to promote new technologies). The “100-year GWP” for example found practical application in Swiss legislation13 on the taxing of fuels.

21 Oct

Posted at 11:40h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academic report, by a Commission or a Working Group, Academy’s advice and position paper, Irish Academy of Engineering (IAE), Other by
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Irish Academy of Engineering (IAE)
2013
The report consists of a summary of papers drawn from fuller working papers, prepared by the Manufacturing Standing Committee, based on extensive consultations with interested stakeholders and reviews of national and international data and statistics. Taken in the global context the Manufacturing Sector in Ireland is facing serious challenges.  The trend of decline in manufacturing jobs will continue in the absence of major new initiatives to implement key related policies.  The report identifies 9 key policies/strategies that emerged from the study of the major Manufacturing clusters in Ireland. The examination of 7 major industrial clusters leads to the inclusion under each cluster of respective relevant policy/strategy requirements.

21 Oct

Posted at 11:36h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, National Academy of Science and Engineering (acatech), Other by
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National Academy of Science and Engineering (acatech)
2012
Germany has committed to pulling out of nuclear power completely by 2022 and switching to renewable energy for a proportion of its energy supply. Alongside solar and wind power, biomass energy will play a key role in this changeover, since more than two thirds of all renewable energy currently being supplied comes from biomass, which is the main energy carrier for renewable heating and fuel. Biotechnological energy conversion is a process that enables biomass to be converted into storable energy.

21 Oct

Posted at 11:34h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, Danish Academy of Technical Sciences (ATV), Other by
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Danish Academy of Technical Sciences (ATV)
2011
Based on a conference the report states four recommendations for Denmark to follow in order to be able to commercialise innovative ideas. Denmark needs political leadership and responsibility, leadership in businesses, leadership in education and incitements to promote innovative ideas created by the single employee.

21 Oct

Posted at 11:31h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, Danish Academy of Technical Sciences (ATV), Other by
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Danish Academy of Technical Sciences (ATV)
2013
In this report, ATV points out the need for and the development potential in research-based counselling of authorities, especially with regard to innovation. The main objective is to improve the connection between science, authorities, politicians and private businesses in order to secure growth and employment to the benefit of society.

21 Oct

Posted at 11:28h in - Classification of publications - All, - Classification of themes - All, - Member Academies - All, Academy’s advice and position paper, National Academy of Science and Engineering (acatech), Other by
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National Academy of Science and Engineering (acatech)
2015
With Industrie 4.0, Germany is on the brink of a new industrial age in which smart factories – the intelligent factories of the future – will occupy a central role. In order to realise this vision, it will also be necessary to ensure that smart factories benefit from smart maintenance that is equipped to meet tomorrow’s challenges. Smart maintenance will help to secure jobs in industry, manage the complexity within smart factories and drive Industrie 4.0 by acting as an engine of innovation and a source of knowledge.