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In the current process of globalisation, society is increasingly internationalised from all points of view (economic, commercial, scientific, information). Nowadays, it is unthinkable that scientists can research alone, with no contact with what is being done in other parts of the world, in regard to both the results of the research and the methodological and technical aspects. Exchange must be encouraged, facilitating the establishment of co-operative relationships. In this respect, it can be said that researcher mobility and international cooperation are basic ingredients for human, scientific and technological progress.
In January 2000, the European Union launched a proposal to unite forces and build the equivalent of the “European market of goods and services” in the field of research and innovation. This is how the idea of a European Research Area (ERA) was born, which is to allow better co-ordination of research policies and activities so that the EU may become the most competitive knowledge-based economy in the world.
Additionally, the 1999 Bologna Declaration highlighted the importance of promoting citizens’ mobility and occupation. Therefore, universities and administrations too will have to bear in mind that the organisational model adopted to promote and develop research will be a determining factor in order to achieve these aims. Mobility in itself is not an aim, rather a fundamental instrument to quantitatively and qualitatively improve research, and with which the best opportunities are offered to the best researchers and institutions that receive them.
In order to achieve these goals, it will be necessary for Catalan researchers to fully participate in research at the European and world level, and for Catalonia to incorporate, in its research structures, quality researchers of acknowledged prestige, so that these may stimulate the development of the Catalan research and innovation system to the point where it can take up a leading and competitive position at an international level.
Attracting outside talent to Catalonia will also bring about quality improvements in research activities implemented in Catalonia. It is therefore crucial for Catalan universities, private sector enterprises and research centres to act as poles of attraction that will bring post-doctoral and senior researchers from all over the world to Catalonia in order to conduct advanced and competitive research.
International cooperation includes exchanges of all kinds with other institutions, regions or countries with a view to attaining common goals. In this respect, relationships with developing countries should also be borne in mind because co-operation in scientific matters may facilitate greater, faster socioeconomic development. Moreover, internationalisation also guarantees that the efforts invested in the financing of research are in harmony with the context in which Catalonia is immersed. This will enable duplication to be avoided, the co-ordination of efforts and the establishment of comparisons to adequately measure the results and the effect of research and innovation policies.
Europe has great research experience. Likewise, the efforts to set up adequate co-operation networks have often failed. The inflexibility of the research profession and a lack of effective mechanisms for the development of this training have meant that many researchers in Europe abandon the world of research or, at least Europe. New instruments must be thought of which, in the present context, facilitate the incorporation of international researchers into the research and innovation system, and new forms of international cooperation must be established, either sharing services or through joint networks or projects.
It is crucial that the Catalan scientific community participate fully in the major European research initiatives and infrastructures. The participation of foreign researchers in research projects being implemented in the major Catalan research infrastructures, such as the supercomputer or the Synchrotron light source (which is expected to be fully operational by the end of the decade) should also be taken into consideration.
This programme deploys actions aimed at promoting the mobility of researchers and makes Catalonia a centre of attraction for researchers, institutions and enterprises from other countries and regions. These actions are presented at public competitive calls for applications or specific programmes.
Mobility
This series of actions will enable researchers pursuing research and innovation lines in Catalonia to make research visits or stays at research centres in other regions or countries. In order to foster excellence in research in Catalonia, programmes will also be established to arrange for researchers from other regions or countries to make research visits or stays in Catalonia or to join the research and innovation system. Finally, mobility between public sector bodies and private sector organisations will be encouraged among those who work in research and innovation.
Internationalisation
For Catalonia to become a reference in research and innovation, an effort needs to be made to internationalise it; its scientific and technological capacity needs to be made known and collaboration should be promoted between Catalan institutions and bodies from other regions and countries. It is necessary to promote full Catalan participation in European and international programmes so that researchers from Catalonia are competitive in obtaining resources, not just those awarded by the institutions of the EU and other public institutions, but also those of the private sector.
International public relations campaign
The aim is to position Catalonia in the international arena as the research and innovation reference point for the southern European area, given its creative and cultural characteristics and its entrepreneurial tradition.
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The way towards the knowledge society, in which knowledge will be the raw material of a large part of the economy, the level of a country’s system of science and technology will be a determining factor to be able to guarantee its economic development and, therefore, also its development as a people as well as social cohesion.
However, in order to develop an advanced science and technology system, society as a whole needs to be aware of the importance of science and technology for both the economic future of a country and for the daily lives of its citizens.
To make this possible, culture of knowledge of science and technology must be promoted to allow society as a whole to gain a better perception of research, development and innovation activities and of the results that come from this and that makes greater recognition of these activities and results possible in society. Such recognition and perception will be the best guarantee for the necessary continuity of initiatives and policies that need to be carried out in this area.
In this respect, the situation in Catalonia is notably deficient: actions aimed at promoting the spirit of science and technology have dwindled and, in general, have lacked an appropriate approach and strategy in the medium and long term.
This programme, therefore, aims to provide a range of measures and initiatives that will lead to the implementation of a series of activities to communicate the importance of science and technology for the future of advanced societies. In this context, activities that communicate and publicise science in society, and particularly among young people, are central elements of the programme. Indeed, a knowledge-based society requires an adequate pool of suitably trained experts in the sciences to ensure further progress. For this reason, the development of an interest in science and technology among young people is crucial: in other words, scientific and technological careers need to be promoted among young people. Currently, if we take as an index the number of young people who opt to study in the area of technological disciplines and, most particularly, the traditional scientific disciplines, a decrease can be observed which is becoming more obvious by the year.
This, which is the result of both the lack of perception and positive evaluation of what science and technology are and of social trends, is a most worrying element for the future of Catalonia. The difficulties in finding work encountered by university degree holders in certain disciplines, among which there is a worrying index of suboccupation –a situation which is even more serious among PhDs– and the shortcomings presented by a professional career as a researcher or technologist clearly favour this trend, and there is a need to correct this.
Moreover, at present, the effort involved in doing certain studies is not sufficiently valued by broad sectors of the population, which accentuates further the risk that in the medium term in Catalonia there will be a notable shortage of young people studying science and technology-related subjects. It must be borne in mind that for a high percentage, the motivation to pursue such studies is clearly vocational, because the professional activities to which they give access are usually, but often erroneously, associated with lower remuneration than other qualifications, which in the present context conditions its social recognition.
However, the experiences of many countries would indicate that it is necessary to foster a scientific spirit from an early age. For this reason, the actions to be carried out will include initiatives aimed at schoolchildren from primary school onwards.
Indeed, entrepreneurial spirit needs to be promoted from the secondary education stage, and especially at the different levels of higher education. There is a need for the universities to be especially involved and in particular business schools and the faculties of economic and business science to this end.
The actions to be implemented within the framework of this programme need to take into account two target populations: on the one hand, the population as a whole; on the other, primary and secondary students. It will be necessary to effectively promote greater knowledge and awareness of the importance of science and technology in the lives of ordinary people, in areas such as, for example, health, the environment, and communications of all kinds. To achieve this goal, it is intended to implement communications and publicity measures (using the press, television and the other media), open day activities in universities and research centres, informative exhibitions, and events such as Science Week. With regard to actions especially aimed at primary and secondary school children, special emphasis must be placed on their standard training (with actions that include secondary school teachers) and in active initiatives in order to increase scientific and technological vocations (competitions, science workshops, conferences for this segment of the population ...).
In this context, the School Science Day - an initiative which was implemented for the first time in 2004 – can play an important role as a catalyst in ensuring that activities to promote science and technology and communicate its importance to society will reach all areas of Catalan society.
Also, the Catalan Council for Scientific Communication, promoted by the Catalan Foundation for Research and Innovation (FCRI), must become a principal element in the co-ordination and encouragement of such promotional activities.
Funding
Funding to finance actions in the field of communications and scientific dissemination: aimed at the production of publications, programmes and other instruments (exhibitions, multimedia materials...) and the organisation of events, talks and open days for bodies and associations dedicated to the promotion of scientific knowledge and the importance of science, technology and innovation among the general public.
CIRIT awards for young researchers: to reward research projects of secondary school students in order to foster the scientific creativity and the spirit of research of secondary school students.
Other initiatives
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The entrepreneurial spirit is one of the main driving forces behind innovation, competitiveness and economic growth. It has been shown that there is a positive correlation between entrepreneurial spirit and economic results in aspects such as the increase of the GDP, the survival of companies, innovation, job creation, technological change and the increase in productivity and exports.
To ensure the creation of businesses, it is necessary to create the corresponding favourable environment and stimulate an entrepreneurial culture within the education system by developing suitable instruments for this purpose. The role of the entrepreneur in society needs to be highlighted, and an environment that favours the creation of businesses needs to be fostered: favourable fiscal framework, access to quality training in specific fields, the promotion of instruments of seed capital, efficient interphases between the world of research and the market, a friendly administrative environment, encouragement for technological purchases from public contracting and the co-ordination of all agents linked to the world of entrepreneurial spirit.
This programme, which has as its underlying mission the promotion of business creation, will take direct action in support of innovative projects and the development of a favourable innovation environment, and will also foster dynamic actions by the agents that intervene in the creation of businesses from the earliest stages.
The Research and Innovation Plan promotes the creation of technology businesses and innovative business models by means of the technology springboard network, funding for technology-based companies during the entire financing period, and coordination with other bodies whose purpose is the creation of businesses: local business promotion bodies, territorial business incubation centres, chambers of commerce, provincial councils, etc. The actions to be implemented include:
Funding
Related infrastructures and services
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In order to transmit, to society in general and private sector enterprises in particular, the importance of innovation and appropriate use of the new technologies, the Research and Innovation Plan contemplates initiatives to promote innovation in the ministries of the Government of Catalonia. The aim is for the government to demonstrate its commitment to the dissemination of an innovative culture and to the use of new technologies. As yet another agent in the economy and as a potential model of good practice, the government needs to demonstrate that it uses modern resources efficiently, thus generating a domino effect in the economy and society.
Public Administration has the opportunity to act as a driving force of innovation through internal innovation projects based, in part, on the public procurement of technology. On the other hand, the Administration must get ahead of the socioeconomic trends and invest exemplarily in technological resources with the aim of innovating in its work procedures, increasing the level of service to the citizen and to generate useful platforms for society and the business fabric. Along these lines, the Research and Innovation Plan of Catalonia 2005-2008 foresees the progressive incorporation of a budget and of a person in charge of innovation for each ministry in order to carry out innovative projects in the Administration.
A series of measures will be implemented, aimed at using the institutional purchasing power of the Government of Catalonia as a tool for fostering technology development and innovation in business sectors.
The intention is not merely to acquire products that are already on the market (standard procurement) but rather to implement a concerted policy that favours new technologies. This approach will encourage the development of technological capabilities, especially in strategic sectors and among the more competitive technology sectors.
This set of measures implies the definition of a map of public procurement in which the potential for technological acquisitions by the Government of Catalonia is determined, bearing the different ministries of the Government of Catalonia in mind, the public companies and even shareholder companies, and the qualitative and quantitative scope that such acquisitions may have for the technological development of the environment. This technological development must be accompanied by sustainability and respect for the environment. The segmentation of procurement and the associated decisions will foment, whenever possible, procurement that involves the use of renewable energy in all Government of Catalonia ministries.
The criteria to clearly differentiate “public procurement of technology” from “common public procurement” must be defined. The former imply the creation of technology. It is also necessary to strategically segment them in accordance with the type of acquisition in order to apply optimum criteria on decisions of procedures and assignments.
The variables used to segment technology procurement are based on the effect that the acquisition of technology may have on the increase of technological competencies, especially in the high potential or strategic sectors, and their degree of technological or innovative risk.
In accordance with the segment, specific contracting procedures will be defined. Specifically, in strategic procurement of high technological content, the optimum policy is that of restricted procedure with emphasis on location criteria (possibility of obtaining spares, maintenance, technical assistance, after-sales service...).
The Research and Innovation Plan contemplates organising a horizontal working group made up of the people in charge of technological procurement in the different ministries of the Government of Catalonia, in order to strengthen, co-ordinate and plan technological acquisitions, and define procedures that make the most of the creation of technological competencies in the sector.
It also aims to raise awareness amongst those who take decisions concerning public contracting by the different ministries of the Government of Catalonia of the importance of public demand for the technological development of the field with training programmes and specific information and the definition of some minimum requirements that may be demanded of potential suppliers. These parameters will assess the technological and innovative level of businesses. The parameters that should be considered are:
Finally, there is a need to plan in good time the public acquisitions of technology that are to be made in the context of large technological projects in order to make the most of the effect that such projects may have on the business environment and assess the effect of the generation and dissemination of the knowledge they bring.
Public procurement constitutes a significant element of the GDP of advanced economies, and decisions in relation to public procurement consequently have great repercussions in the marketplace. If this potential is directed at the acquisition of goods with reduced environmental impact (electrical and electronic goods that are more efficient energy consumers, promotion of the use of renewable energies, recycling of materials, reduction in the use of hazardous substances, etc.), it will transmit a clear signal to the market, as well as making a significant contribution to sustainable development. Likewise, by promoting the purchase of ‘green’ goods, public authorities can provide a real incentive to businesses to develop new technologies and promote innovation.
Electronic administration refers to the digital technology tools that improve and enhance interaction and communication with the public, by facilitating access to information and to the services provided by public authorities and bodies.
The aim is to advance towards digitised government ministries by introducing teleprocesses, thereby improving and making more flexible the services offered to the public, businesses and institutions. This will lead to an overall improvement in communications, encourage improved participation in the public sector, and develop opportunities for interaction between private and public sectors.
The Government of Catalonia should act as a model for innovation in the management of its human resources, by encouraging team work and task delegation, and by guaranteeing professional careers, workplace quality, motivation and the recruitment of talent, and finally, by facilitating the reconciliation of family and work commitments.
The following measures, therefore, will be implemented:
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Following the Lisbon Agenda, the different administrative bodies are actively creating instruments to change Europe into the most competitive knowledge-based economy in the world. In particular, consideration must be given to the efforts and resources provided by the successive technological framework programmes on research and development of the European Union and, in the Spanish State, the National R+D+I Plan. The development of public research and innovation policies should not take place in isolation. Rather, for Catalonia to be able to take up a leading position in Europe in terms of research and technology development, it will be necessary to complement the specific measures implemented by the Government of Catalonia with the opportunities offered by the Spanish State and the European Union, and to map out a global, coherent and complete picture of the resources available to promote research and innovation. The Research and Innovation Plan contemplates actions to employ resources obtained externally, as also to ensure optimisation of the possibilities offered by Spanish State and European Union programmes and the maximisation of returns on any funds obtained.
European Union resources
The European Union develops, on an ongoing basis, research and development framework programmes as its main instrument for financing research and innovation projects in the European arena. The Sixth Framework Programme on Research and Development (6PM, 2002-2006), currently in force, has a budget of fourteen thousand million euros; it is scheduled for the Seventh Framework Programme on Research and Development (7PM, 2007-2013) to have a budget of about seventy thousand million euros.
Such volumes justify the will to use European resources as stimuli for investment in research and development in Catalonia. Thus, the Administration must act as a catalyst of large-scale research and innovation projects. A series of decisive actions have been defined to be implemented by public institutions in relation to the opportunities offered by the research and development framework programmes of the European Union.
These include the following:
Spanish State resources
The Spanish State Programme of support for research and innovation is described in the National Scientific Research, Development and Technological Innovation Plan 2004-2007. The budget for this programme for 2004-2005 is nine thousand two hundred million euros. There is a commitment to make an annual addition to the budget.
The measures associated with obtaining State resources are designed to create and consolidate the mechanisms that enable participation in State research and innovation policymaking and to obtain funds available through the State research and development plans.
The following steps will be taken:
European project support service
The support services made available by the Government of Catalonia - through CIRIT, CIDEM, DURSI, the Ministry of Health, FCRI and the public consortium Patronat Català ProEuropa - will require coordination to ensure that synergies are detected and acted on and that the necessary joint actions are taken. This coordination will ensure adequate controls over participation in research and development framework programmes and suitable monitoring of their effect on Catalonia.
It is planned for services to be offered to external bodies (universities, research centres, businesses, etc.) and also to assess internally the Government of Catalonia to increase its involvement in European research programmes, so as to improve its knowledge of the European policies of interest.