Editorial

Detalhes bibliográficos
Autor(a) principal: Falcão, Noélia Lúcia Simões
Data de Publicação: 2019
Tipo de documento: Artigo
Idioma: por
Título da fonte: Cadernos de Prospecção (Online)
Texto Completo: https://periodicos.ufba.br/index.php/nit/article/view/34838
Resumo: The Technological Innovation Law (Law n. 10.973/2004), regulated by Decree n. 5,563/2005, highlights the creation of Technological Innovation Centers (NIT) as something important for the technologies developed in Scientific, Technological (ICT) and innovative Institutions to reach the market. Thus, the NITs have, in their attributions, the responsibility of transferring these technologies to companies that will transform them into products and make them available on the market. The new Legal Framework, established by Law n. 13.243/2016 and regulated by Federal Decree no. 9,283/2018, sought to create a more favorable environment for the interaction between companies and public ICTs by reformulating the Innovation Law, among other laws that interact for the exercise of innovation. Even so, even with the regulatory apparatus, NITs have found it difficult to carry out this transfer due to several factors, such as lack of qualified personnel and legal certainty required for the business aspects involved in technology transfer, often restricting themselves to only to the protection of intellectual property. Technology transfer, in general, refers to the transfer of scientific knowledge generated in universities and research centers to companies. This process involves the transformation of laboratory bench research into technology that will be produced on an industrial scale. When the transferred knowledge surpasses, improves or perfects the state of the art (which is the technology already accessible to the public) and the market is successful, there is a technological innovation. “1) facilitate the commercialization of research results to be made available to society; 2) reward, retain and recruit academic talent; 3) promote more relationships with the manufacturing industry; and 4) generate revenue and promote economic growth”. However, for there to be an expansion of Technology Transfer – University – Enterprise (TTUE), a solid national policy is needed to support the dissemination of IP and foster the interface between universities, government and the productive sector. In Brazil, technology transfer has been one of the major bottlenecks in the innovation process, especially with regard to financial and technical resources for closing the innovation cycle. Still, in this context of the activities of the NIT, the new regulation, in its article 16, included in its attributions that they must “[...] develop studies of technological prospection and competitive intelligence in the field of intellectual property, in order to guide ICT's innovation actions”. Scientific and technological prospecting makes it possible to evaluate in quantity, quality and in an adequate time the information about a topic, so that, through competitive intelligence techniques, the manager can make a decision. Therefore, it is a key factor that can serve both for the development of new technologies and to serve as a requirement for the NIT in the protection of new products and processes, as well as for defining the maintenance of assets that are on the ICT “shelf”. The prospection presents a variety of methodologies organized by some authors in three main groups, namely: Monitoring (Assessment), Vision (Foresight) and Forecasting (Forecasting), the latter being the realization of projections based on historical information and in trend modeling. Since its creation, Cadernos de Prospecção has brought a great deal of interaction with the laws and also updated content with the theme. In this volume, the Magazine addresses some research of great value for the performance of NITs in the country, in its three lines: Intellectual Property, Innovation and Development; Technological Prospections of Specific Subjects and Geographical Indications, In Intellectual Property, Innovation and Development, research comes back and for experiences in technology transfer and for monitoring innovation in the country. In the Technological Prospects of Specific Subjects line, prospective studies are presented on various technologies, ranging from the environment to health. And, last but not least, there is a study on Geographical Indication as a basis for other protection processes in this area. Reading the content presented in this volume will enrich knowledge on the topics addressed, in addition to permeating improvements in analysis techniques and discussing how they can be used in different areas of knowledge, given that intellectual property and innovation are multidisciplinary disciplines. . I wish you all an excellent read! Noélia Lúcia Simões Falcão Master in Intellectual Property and Innovation (INPI) NIT-INPA Coordinator   The Association of University Technology Managers (AUTM) points out four goals for academic technology transfer:
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spelling EditorialEditorialThe Technological Innovation Law (Law n. 10.973/2004), regulated by Decree n. 5,563/2005, highlights the creation of Technological Innovation Centers (NIT) as something important for the technologies developed in Scientific, Technological (ICT) and innovative Institutions to reach the market. Thus, the NITs have, in their attributions, the responsibility of transferring these technologies to companies that will transform them into products and make them available on the market. The new Legal Framework, established by Law n. 13.243/2016 and regulated by Federal Decree no. 9,283/2018, sought to create a more favorable environment for the interaction between companies and public ICTs by reformulating the Innovation Law, among other laws that interact for the exercise of innovation. Even so, even with the regulatory apparatus, NITs have found it difficult to carry out this transfer due to several factors, such as lack of qualified personnel and legal certainty required for the business aspects involved in technology transfer, often restricting themselves to only to the protection of intellectual property. Technology transfer, in general, refers to the transfer of scientific knowledge generated in universities and research centers to companies. This process involves the transformation of laboratory bench research into technology that will be produced on an industrial scale. When the transferred knowledge surpasses, improves or perfects the state of the art (which is the technology already accessible to the public) and the market is successful, there is a technological innovation. “1) facilitate the commercialization of research results to be made available to society; 2) reward, retain and recruit academic talent; 3) promote more relationships with the manufacturing industry; and 4) generate revenue and promote economic growth”. However, for there to be an expansion of Technology Transfer – University – Enterprise (TTUE), a solid national policy is needed to support the dissemination of IP and foster the interface between universities, government and the productive sector. In Brazil, technology transfer has been one of the major bottlenecks in the innovation process, especially with regard to financial and technical resources for closing the innovation cycle. Still, in this context of the activities of the NIT, the new regulation, in its article 16, included in its attributions that they must “[...] develop studies of technological prospection and competitive intelligence in the field of intellectual property, in order to guide ICT's innovation actions”. Scientific and technological prospecting makes it possible to evaluate in quantity, quality and in an adequate time the information about a topic, so that, through competitive intelligence techniques, the manager can make a decision. Therefore, it is a key factor that can serve both for the development of new technologies and to serve as a requirement for the NIT in the protection of new products and processes, as well as for defining the maintenance of assets that are on the ICT “shelf”. The prospection presents a variety of methodologies organized by some authors in three main groups, namely: Monitoring (Assessment), Vision (Foresight) and Forecasting (Forecasting), the latter being the realization of projections based on historical information and in trend modeling. Since its creation, Cadernos de Prospecção has brought a great deal of interaction with the laws and also updated content with the theme. In this volume, the Magazine addresses some research of great value for the performance of NITs in the country, in its three lines: Intellectual Property, Innovation and Development; Technological Prospections of Specific Subjects and Geographical Indications, In Intellectual Property, Innovation and Development, research comes back and for experiences in technology transfer and for monitoring innovation in the country. In the Technological Prospects of Specific Subjects line, prospective studies are presented on various technologies, ranging from the environment to health. And, last but not least, there is a study on Geographical Indication as a basis for other protection processes in this area. Reading the content presented in this volume will enrich knowledge on the topics addressed, in addition to permeating improvements in analysis techniques and discussing how they can be used in different areas of knowledge, given that intellectual property and innovation are multidisciplinary disciplines. . I wish you all an excellent read! Noélia Lúcia Simões Falcão Master in Intellectual Property and Innovation (INPI) NIT-INPA Coordinator   The Association of University Technology Managers (AUTM) points out four goals for academic technology transfer: A Lei de Inovação Tecnológica (Lei n. 10.973/2004), regulamentada pelo Decreto n. 5.563/2005, destaca a criação dos Núcleos de Inovação Tecnológica (NIT) como algo importante para que as tecnologias desenvolvidas nas Instituições Científicas, Tecnológicas (ICT) e inovadoras alcancem o mercado. Assim, os NITs têm, em suas atribuições, a responsabilidade de transferir essas tecnologias para empresas que as transformarão em produtos e as disponibilizarão no mercado. O novo Marco Legal, instituído por meio da Lei n. 13.243/2016 e regulamentado pelo Decreto Federal n. 9.283/2018, buscou criar um ambiente mais favorável para a interação entre empresas e ICTs públicas ao reformular a Lei de inovação, entre outras leis que interagem para o exercício da inovação. Ainda assim, mesmo com o aparato regulatório, os NITs têm encontrado dificuldades em realizar essa transferência devido a diversos fatores, como falta de pessoal qualificado e segurança jurídica requerida para os aspectos negociais envolvidos na transferência de tecnologia, restringindo-se, muitas vezes, apenas à proteção da propriedade intelectual. A transferência de tecnologia, de modo geral, refere-se ao repasse do conhecimento científico gerado nas universidades e centros de pesquisa para as empresas. Esse processo envolve a transformação da pesquisa da bancada do laboratório em tecnologia que será produzida em escala industrial. Quando o conhecimento transferido ultrapassa, melhora ou aperfeiçoa o estado da técnica (que é a tecnologia já acessível ao público) e se obtém êxito de mercado, tem-se uma inovação tecnológica. A Associação de Gestores de Tecnologia Universitária (AUTM) aponta quatro objetivos para a transferência de tecnologia acadêmica: “1) facilitar a comercialização dos resultados da pesquisa para disponibilizar à sociedade; 2) recompensar, reter e recrutar talentos acadêmicos;3) promover mais relações com a indústria de transformação; e 4) gerar receitas e promover o crescimento econômico”.Entretanto, para que haja uma expansão da Transferência de Tecnologia – Universidade – Empresa (TTUE), precisa-se de uma sólida política nacional que sustente a disseminação da PI e fomente a interface das universidades, governo e o setor produtivo. No Brasil, a transferência de tecnologia tem sido um dos grandes gargalos no processo de inovação, principalmente no que diz respeito a recursos financeiros e técnicos para o fechamento do ciclo de inovação.Ainda, nesse contexto das atividades do NIT, a nova regulamentação, em seu artigo 16, incluiu em suas atribuições que estes devem “[...] desenvolver estudos de prospecção tecnológica e de inteligência competitiva no campo da propriedade intelectual, de forma a orientar as ações de inovação da ICT”. A prospecção científica e tecnológica permite avaliar em quantidade, qualidade e em tempo adequado as informações acerca de um tema, de forma que, por meio de técnicas de inteligência competitiva, o gestor possa tomar uma decisão. Portanto, trata-se de um fator-chave que pode servir tanto para o desenvolvimento de novas tecnologias como para servir de requisito para oNIT na proteção de novos produtos e processos, assim como para a definição da manutenção de ativos que estão na “prateleira” da ICT.A prospecção apresenta uma variedade de metodologias organizadas por alguns autores em três grupos principais, quais sejam: o Monitoramento (Assessment), a Visão (Foresight) e a Previsão (Forecasting), sendo este último a realização de projeções com bases em informações históricas e em modelagem de tendências.A Revista Cadernos de Prospecção traz desde sua criação uma grande interação com as leis e ainda um conteúdo atualizado com o tema. Neste volume, a Revista aborda algumas pesquisas de grande valor para a atuação dos NITs no País, em suas três linhas: Propriedade Intelectual, Inovação e Desenvolvimento; Prospecções Tecnológicas de Assuntos Específicos e Indicações Geográficas,Em Propriedade Intelectual, Inovação e Desenvolvimento, as pesquisas voltam epara as experiências em transferência de tecnologia e para o monitoramento da inovação no País. Na linha Prospecções Tecnológicas de Assuntos Específicos, estão apresentados estudos prospectivos sobre várias tecnologias, envolvendo desde o meio ambiente até a saúde.E, por último, mas não menos importante, tem-se um estudo sobre Indicação Geográfica como base para outros processos de proteção dessa área.A leitura do conteúdo apresentado neste volume enriquecerá o conhecimento sobre os temas abordados, além de permear as melhorias das técnicas de análise e discutir como elas podem ser utilizadas em diversas áreas do conhecimento, tendo em vista que a propriedade intelectual e a inovação são disciplinas multidisciplinares.Desejo a todos uma excelente leitura! Noélia Lúcia Simões FalcãoMestre em Propriedade Intelectual e Inovação (INPI)Coordenadora do NIT-INPAUniversidade Federal da Bahia2019-12-28info:eu-repo/semantics/articleinfo:eu-repo/semantics/publishedVersionapplication/pdfhttps://periodicos.ufba.br/index.php/nit/article/view/3483810.9771/cp.v12i4.34838Cadernos de Prospecção; Vol. 12 No. 4 (2019); 717Cadernos de Prospecção; v. 12 n. 4 (2019); 7172317-00261983-1358reponame:Cadernos de Prospecção (Online)instname:Universidade Federal da Bahia (UFBA)instacron:UFBAporhttps://periodicos.ufba.br/index.php/nit/article/view/34838/20251Copyright (c) 2019 Cadernos de Prospecçãohttps://creativecommons.org/licenses/by-nc/4.0info:eu-repo/semantics/openAccessFalcão, Noélia Lúcia Simões2021-02-12T22:02:09Zoai:ojs.periodicos.ufba.br:article/34838Revistahttps://periodicos.ufba.br/index.php/nitPUBhttps://periodicos.ufba.br/index.php/nit/oaicadernosdeprospeccao@gmail.com || maliceribeiro@yahoo.com.br || cadernosdeprospeccao@gmail.com || saionaraluna@gmail.com2317-00261983-1358opendoar:2021-02-12T22:02:09Cadernos de Prospecção (Online) - Universidade Federal da Bahia (UFBA)false
dc.title.none.fl_str_mv Editorial
Editorial
title Editorial
spellingShingle Editorial
Falcão, Noélia Lúcia Simões
title_short Editorial
title_full Editorial
title_fullStr Editorial
title_full_unstemmed Editorial
title_sort Editorial
author Falcão, Noélia Lúcia Simões
author_facet Falcão, Noélia Lúcia Simões
author_role author
dc.contributor.author.fl_str_mv Falcão, Noélia Lúcia Simões
description The Technological Innovation Law (Law n. 10.973/2004), regulated by Decree n. 5,563/2005, highlights the creation of Technological Innovation Centers (NIT) as something important for the technologies developed in Scientific, Technological (ICT) and innovative Institutions to reach the market. Thus, the NITs have, in their attributions, the responsibility of transferring these technologies to companies that will transform them into products and make them available on the market. The new Legal Framework, established by Law n. 13.243/2016 and regulated by Federal Decree no. 9,283/2018, sought to create a more favorable environment for the interaction between companies and public ICTs by reformulating the Innovation Law, among other laws that interact for the exercise of innovation. Even so, even with the regulatory apparatus, NITs have found it difficult to carry out this transfer due to several factors, such as lack of qualified personnel and legal certainty required for the business aspects involved in technology transfer, often restricting themselves to only to the protection of intellectual property. Technology transfer, in general, refers to the transfer of scientific knowledge generated in universities and research centers to companies. This process involves the transformation of laboratory bench research into technology that will be produced on an industrial scale. When the transferred knowledge surpasses, improves or perfects the state of the art (which is the technology already accessible to the public) and the market is successful, there is a technological innovation. “1) facilitate the commercialization of research results to be made available to society; 2) reward, retain and recruit academic talent; 3) promote more relationships with the manufacturing industry; and 4) generate revenue and promote economic growth”. However, for there to be an expansion of Technology Transfer – University – Enterprise (TTUE), a solid national policy is needed to support the dissemination of IP and foster the interface between universities, government and the productive sector. In Brazil, technology transfer has been one of the major bottlenecks in the innovation process, especially with regard to financial and technical resources for closing the innovation cycle. Still, in this context of the activities of the NIT, the new regulation, in its article 16, included in its attributions that they must “[...] develop studies of technological prospection and competitive intelligence in the field of intellectual property, in order to guide ICT's innovation actions”. Scientific and technological prospecting makes it possible to evaluate in quantity, quality and in an adequate time the information about a topic, so that, through competitive intelligence techniques, the manager can make a decision. Therefore, it is a key factor that can serve both for the development of new technologies and to serve as a requirement for the NIT in the protection of new products and processes, as well as for defining the maintenance of assets that are on the ICT “shelf”. The prospection presents a variety of methodologies organized by some authors in three main groups, namely: Monitoring (Assessment), Vision (Foresight) and Forecasting (Forecasting), the latter being the realization of projections based on historical information and in trend modeling. Since its creation, Cadernos de Prospecção has brought a great deal of interaction with the laws and also updated content with the theme. In this volume, the Magazine addresses some research of great value for the performance of NITs in the country, in its three lines: Intellectual Property, Innovation and Development; Technological Prospections of Specific Subjects and Geographical Indications, In Intellectual Property, Innovation and Development, research comes back and for experiences in technology transfer and for monitoring innovation in the country. In the Technological Prospects of Specific Subjects line, prospective studies are presented on various technologies, ranging from the environment to health. And, last but not least, there is a study on Geographical Indication as a basis for other protection processes in this area. Reading the content presented in this volume will enrich knowledge on the topics addressed, in addition to permeating improvements in analysis techniques and discussing how they can be used in different areas of knowledge, given that intellectual property and innovation are multidisciplinary disciplines. . I wish you all an excellent read! Noélia Lúcia Simões Falcão Master in Intellectual Property and Innovation (INPI) NIT-INPA Coordinator   The Association of University Technology Managers (AUTM) points out four goals for academic technology transfer:
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