Hacia una plataforma tecnológica y de aglomeración del sector astillero del caribe colombiano
DOI:
https://doi.org/10.25043/19098642.167Palabras clave:
astilleros, clúster, aglomeración, plataforma tecnológicaResumen
La necesidad de crear las condiciones para mejorar la productividad y competitividad del sector astillero en Colombia, se enmarca en los mayores desafíos y avances tecnológicos, especialmente en la adopción de tecnologías en la industria naval, lo que implica la toma de decisiones de inversión fundamentadas en el desarrollo de las actividades de investigación y desarrollo. Las tendencias de aglomeración (clusterización) pasan por definir agentes articuladores y animadores que permitan establecer una agenda tecnológica y de competitividad (plataforma tecnológica) para la adopción de un nuevo modelo sustentado en la innovación y el desarrollo tecnológico. Son variadas las experiencias a nivel mundial del papel que juega la generación de tecnologías, no solamente desde el ámbito privado sino público para la mejora competitiva en el sector astillero. En la región Caribe, gracias a la trayectoria de COTECMAR, podrían orientarse algunas de sus capacidades para definir de un lado la estrategia de mediano y largo plazo para el sector astillero, de otro establecer un centro de inteligencia de mercados y tecnologías y finalmente definirse como un animador entre los diferentes actores públicos y privados que conlleven al desarrollo de importantes proyectos de tecnologías sustentado en novedosos procesos de transferencia y comercialización, sin perder su misión de ser garante de la Seguridad y Defensa Nacional.
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CHESBROUGH (2003) The era of open innovation. Spring MIT Sloan Management Review.
Regional Competitiveness Commission of Cartagena and Bolívar. (2010). Regional competitiveness Plan of Cartagena and Bolívar 2008 – 2032.
COMPETITIVENESS (2015), Nautical Cartagena: Competitive route of the nautical industry.
NATIONAL PLANNING DEPARTMENT (2008) Conpes Document 3527, National Competitiveness and productivity policy, Bogotá June 2008.
NATIONAL PLANNING DEPARTMENT (2009). National policy on science, technology and innovation. Conpes Document No. 3582. Bogota, April 2009.
FREEMAN C AND LUC SOETE (1997), National System of Innovation. The economics of industrial Innovation Third Edition - The MIT Press.
INNOVAMAR (2005), Technological Institute Foundation for the development of Marine industries, Spanish Maritime Technological Platform, Vision 2020.
Innovation and technology transfer in Europe (2005), More research and innovation. Investing for growth: a common approach. European Commission, Brussels Belgium 1995.
INNOVACIÓN EUROPEA. Different IRC newsletters. European Commission, Brussels 2006 and 2007.
LUNDVALL B. (2005). National Innovation Systems, Analytical Concept and Development Tool. Paper presented at the DRUID- conference in Copenhagen June 27- June 29, 2005.
LUNDVALL, B (1998)., Innovation as an interactive process: from user-producer interaction to the national system of innovation, In Doses, g. Et al. Eds., Technical Change And Economic Theory, Printer publishers, London y New York, 1988.
METCALFE, J. S. (1995). The economic foundations of technology policy: equilibrium and evolutionary perspectives. In P. Stoneman (Ed.), Handbook of the Economics of Innovations and Technological Change. Oxford: Blackwell Publishers.
ONDATEGUI, J.C., (1999) Innovation and regional development networks in the Northwest Peninsular. Regional Studies Magazine, Universidad Complutense de Madrid. Madrid Spain.
PÉREZ, C., (1991) New technological pattern and higher education: an approximation from the company. Published in López Ospina, ed., Scientific and technological challenges, Vol. 3, pp. 23-49, Unesco, Caracas.
WILLIANSON OR AND SIGNEY G. WINTER. (1996) The nature of the company. Origin, evolution and development. Economic Culture Fund. Mexico.
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