Brasil Petrolero (parte 1)

TV Cidade CAIPORA ROBOT APLICAÇOES MILITARES FORTALEZA CEARA BRASIL

ARMTEC no Programa Vocações (TV Ceará) Parte 1 REFERENCIA ROBOTICA BRASIL

ARMTEC no Programa Vocações (TV Ceará) Parte 2 EXPERIENCIA EM ROBOTICA BRASIL PERU

Eletrônica de Potência-PROF. IVO BARBI

UM GRANDE APORTE PARA A COMUNIDADE ACADEMICA ,INDUSTRIAL,EXCELENTE LIVRO DE DIDATICA IMPRESIONANTE E VISÃO CRITICA. Prof. Ivo Barbi, informo que está disponível para download, na página do professor Ivo (www.ivobarbi.com)a versão do livro Eletrônica de Potência, sexta edição, no formato PDF. DOWNLOAD -VOCE PODE BAIXAR EM : http://www.ivobarbi.com/PDF/livros/PotI/PotI.pdf

BRASIL PRESENTE EN IEEE – IFEC 2011 International Future Energy Challenge 2011

Nanogenerators That Can Produce Electricity with a Pinch

Nanogenerators That Can Produce Electricity with a Pinch
Six years ago, scientists began their research in putting together a nanogenerator that could generate electricity with a cue from normal body movement. What sounded a weird, almost impossible vision six years ago saw a streak of progress over the years. Finally, at the 241st National Meeting & Exposition of the American Chemical Society, scientists revealed the development that has been taking place in this sphere ever since its conception.
Leading the research, scientist, Zhong Lin Wang, Ph.D. shared his vision and the potentiality of this technology. According to him, the success of this technology will make most electronics portable. Making it easier to carry, and completely eliminate the need for external power generators. The ‘pinch to generate power’ is just one of the many modes of power generation, as per the scientists at the meeting. Yet another power generation mode is placing the generator in the sole of a shoe. This way electricity can be generated by the walking movement of a person.

The fundamentals of nanogenerators are the use of zinc oxide (ZnO) nanowires in them. The key characteristic of these nanowires is their ability to generate electricity when they’re strained or flexed. This plainly means that in the future simple bodily movements like heartbeats, flow of blood, or walking could actually generate power!

Scientists are now hopeful that nanogenerators, in the future, will power cellphones, iPods and other larger electronics.

Robot reciclador peruano gana concurso en Japón

OLIMPIADA DE ROBOTS 2006 CNN

DR. Mario Ricardo Arbulú Saavedra-PHD ROBOTICA 2009 TRIUNFADOR EN ESPAÑA

Mario Ricardo Arbulú Saavedra
Tel: (34) 916246011

E-mail: marioricardo.arbulu@uc3m.es
European PhD in Electrical, Electronic and Automatic Engineering, University Carlos III of Madrid, Spain, 2009. MSc on Electric, Electronic and Automation Engineering, by the University Carlos III of Madrid, Spain, 2003. Electromechanical Engineer, by the University of Piura - Peru, 1998. Currently, I am a Post-doctoral researcher in the AIST. Two years ago, I was in the same lab (Advanced Institute of Science and Technology-AIST), Japan, 2007; in the Humanoid robotics group. From 2003, I am a teaching assistant at the Department of System Engineering and Automation and my thesis research is about Gaits of Humanoids robots. Participate in Rh-2 and ROBOT@CWE E-U Projects. Coordinator of Rh-1 humanoid robot Project since 2002. Project assesor in technical studies of Telecommunications projects (Cóndor Corporation, Peru), 2000. Heavy machinery maintenance, preventive and corrective maintenance supervision (Trucks, Frontal loaders, Tractors, Shippers, Pumps, Auxiliary equipment), when I worked in Maintenance Area of San Martín Mining Company, Peru, 1999. Stage of research on Automatization and Industrial Control Process (2 months), by a scholarship on the Intercampus Program, in the University of Valladolid, Spain, 1998. Development of Electrical inspection, conductors and thermomagnetic switches selection, overload and short circuit protection, substations, reading electrical map, knowledge about pneumatic and hydraulics, when I was laboratory instructor (Electrical engineering and Automatic Control Systems) in Piura University, Peru, 1996-97. About informatics knowledge: Labview, Matlab, Autocad, Surfcam, Catia. Leadership, entrepreneur, analytical, work under pressure and in team.

RESEARCH INTERESTS

Biped locomotion, kinematics and dynamics modelling, humanoid robots, control systems.