Daniel Díaz

Education

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  Centre for Development of Advanced Computing - Mohali/India

  2012 - 2012

  Advanced course Biomedical/Medical Engineering Scholarship - Indian Technical & Economic Cooperation Programme (ITEC)

  Activities and Societies: Biomedical Equipment & Medical Informatics Advanced Course on Healthcare Technologies (Bio-Medical Equipment & Medical Informatics) Understanding how to operate a large variety of medical equipment. Initiate and carry out a scheduled maintenance. Perform Preventative Maintenance of medical equipment. Troubleshoot and repair faults. Maintain & use medical equipment optimally. Expand formal training in areas of technology applied to healthcare including computer sciences and telecommunication technologies to facilitate the deployment of… Show more Advanced Course on Healthcare Technologies (Bio-Medical Equipment & Medical Informatics) Understanding how to operate a large variety of medical equipment. Initiate and carry out a scheduled maintenance. Perform Preventative Maintenance of medical equipment. Troubleshoot and repair faults. Maintain & use medical equipment optimally. Expand formal training in areas of technology applied to healthcare including computer sciences and telecommunication technologies to facilitate the deployment of telemedicine. Basic knowledge of the Telemedicine standards. Show less

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  Universidad de Salamanca

  2010 - 2011

  Master's degree Laser and Optical Engineering Scholarship - Fundación Carolina

  Lasers with special attention to the high power field and ultrashort pulses

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  Universidad del Cauca

  1999 - 2006

  Engineering Physics Optics and lasers

  Development of interdisciplinary projects, research in advanced physics (theoretical, applied) and in the development of high technology projects. High impact areas: robotics, scientific instrumentation, equipment design, materials bioengineering, biophotonics, optical characterization of materials and subsequent analysis of processes, radiation quality control methods, dosimetric materials, development of high-performance optical fibers, medical imaging and specific problems that require… Show more Development of interdisciplinary projects, research in advanced physics (theoretical, applied) and in the development of high technology projects. High impact areas: robotics, scientific instrumentation, equipment design, materials bioengineering, biophotonics, optical characterization of materials and subsequent analysis of processes, radiation quality control methods, dosimetric materials, development of high-performance optical fibers, medical imaging and specific problems that require knowledge in engineering and applied physics. Show less