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Argentina: Province of Mendoza
Duration: October 1994 - August 31, 1998 Overview and ImpactThe Province of Mendoza in Argentina sponsored this program to develop technologies for its socio-economic development to expedite the transfer and adaptation of technology and management skills to public and private sectors. To meet these objectives, the Fundación Centro de Innovación Tecnológica (CIT) was established within the state university in Mendoza in 1995 and its focus was to:
ResearchSigning Ceremony, Province of Mendosa, Argentina, 1994. (l to r): Fred Moavenzadeh, Director MIT TDP, Armando Bertranou, Rector, National University of Cuyo, Rodolfo Frederico Gabrielli, Governor of Mendosa, Mark S. Wrighton, MIT Provost, Raphael Bras, Department Head, MIT Civil Engineering. Joint research projects involving faculty from MIT, Universidad Nacional de Cuyo, and other regional and national research and academic institutions, as well public and private organizations contributed to the following research projects. For more information, click on a research project title below. Research Projects Fiber-Reinforced Metal Matrix & Ceramic Matrix Composites Links between Research and EducationConsistent with TDP's mission, the CIT-MIT collaboration emphasized the link between research and education. Visiting researchers and students participated in:
One student was awarded a fellowship under the auspices of the program to attend the master's program at MIT's Sloan School of Management. OutreachMIT presented several short courses in construction at TECHINT in Buenos Aires and conducted several workshops in Mendoza and in Buenos Aires. Sampling of Faculty Involved
RESEARCH PROJECTSFiber-Reinforced Metal Matrix and Ceramic Matrix CompositesProfessor Christopher Leung received seed funding to develop a proposal for collaborative research with Centro Atomico Bariloche on fiber reinforced metal matrix and ceramic matrix composites. These composites have a large potential market in high temperature components, such as engine parts and turbines. Information Technology - Seed Funding for Junior FacultyProfessor Feniosky Pena-Mora and James Kennedy received seed funding to work with Instituto Balseiro in developing an information technology proposal to CIT for distribution to IMB, UNISYS, NEC, Startel, and IMPSAT for possible funding. The proposal, entitled "Information Technology for the Production Sector of the Province of Mendoza," was submitted to CIT. As information technology makes business more efficient and productive in Mendoza, the proposed project
Internationalization and Competitiveness: The Case of MendozaBased on information gathered through field case studies and a broad survey of Argentine firms, this project developed models for home companies to partake in international business. The classic definition of internationalization was revised to include indirect as well as direct forms, and intangible as well as tangible measures because the real impact of internationalization on competitiveness is best captured through the relationship with intangible measures of internationalization. This study showed that one can participate in the internationalization process and become intangibly internationalized without directly participating in foreign markets. By broadening the concept of internationalization, there would be an increase in the number of firms that fall under its rubric; and thus greater attention would be cast on the internationalization of the entire value-chain as opposed to simply the end-product. This is particularly important in emerging markets such as Latin America , in which successful adaptation to market liberalization requires dramatic changes not only on the part of final goods producers, but also on the part of their suppliers. Publications
Multi-Attribute Evaluation of Water & Energy Resources in MendozaThe Evaluacion por Multi-Atributo de los Recursos Hidricos y Energencos de Mendoza (EMARHE) project developed a simulation tool for analyzing the benefits of exploiting river and ground water resources in Northern Mendoza and facilitating the presentation of results to a diverse group of Mendozan stakeholders. The MIT-Mendoza agreement provided fertile ground for the implementation of a Multi-Attribute Trade-Off Analysis (MATA) to evaluate a combined electricity supply and water resource planning problem. Through the emphasis on electricity, MATA was reduced in September 1996. After reviewing preliminary results, the water resource MATA was enhanced and extended in an attempt to respond to stakeholder concerns. Critical insights were uncovered delineating the responses of the Northern Basin hydrological system with two distinct, connected water sources; river water and groundwater. In addition to the global findings of this project, there were a myriad of detailed results related to individual strategies. The final report recommended a combination of infrastructure additions and sound water management policies and warned that forging ahead without adequate comprehension of certain critical details could result in little improvement in future water supply at great expense for the province. Publications
Regional Planning for Intermodal Transportation in MendozaThe goal of this research project was to advance the effort of the Province of Mendoza toward the development of a Strategic Transportation Plan. This plan was to be a regional intermodal freight strategic transportation plan that also would consider passenger issues. The strategic planning process helps to define a vision for the future and develop plans to accomplish goals. Publications
Remediation of Organic Contaminants Using In-Situ Air SpargingProfessor Patricia Culligan-Hensley received seed funding to develop a proposal with Professor Eduardo Carlos Ercoli of UNC. The proposal submitted to CIT called for investigation into the flow regime of sparged air through a saturated porous medium. Culligan-Hensley would conduct the fundamental investigation at MIT, while Ercoli would initiate a parallel investigation into applying this technique to cases in Mendoza and la Patagonia . In-situ air sparging technology (also called soil or groundwater aeration) uses circulated air to remove volatile contaminants. Air sparging, based upon principles similar to those for soil vapor extraction, involves a system that injects air into the contaminated aquifer formation under pressure, where it displaces pore water and rises through the saturated zone into the vapor zone. The air stream must then be captured by a soil vapor extraction system and treated before release. Technological Learning and Regional Competitiveness in MendozaAt the time of this project, macroeconomic restructuring was most intense in countries such as Argentina that felt the greatest loss of international competitiveness. Mendoza needed to invest much more in technological restructuring. This project assessed how firms acquire technological and organizational capabilities, including public interventions. Case studies focused on how "technical catching up" takes place in other late-industrializing economies. Publications
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