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As in the rest of the world, Brazil has spent great efforts in order to develop technology and implement new energy sources. Within this framework, “São Paulo School of Advanced Science on Renewable Energies” is an opportunity for the participating students and scholars to interact with world-renowned authorities (please, check the lecturer list) in an intensive two-week course in the vibrating city of São Paulo, the business heart of Brazil. In addition, the academic environment also provides the opportunity for students as well as researchers in general, both national and international, to initiate or continue technical-scientific studies in Brazil and, particularly, at the international level universities of São Paulo state. FAPESP, the São Paulo state research funding agency, will sponsor air tickets and staying expenses for selected national and international students to take part in the two-week school scheduled from July 23 rd to August 3 rd . Students from all over the world are invited to apply now and submit their CV and school transcript along with a recommendation letter. Last year graduation students as well as post-graduation students are encouraged to submit. The school has been dimensioned for 100 students. Selection will be based on academic records and the interest in carrying out post-graduation studies in an institution located in São Paulo state, Brazil. Application deadline is April 15th, 2018. www.usp.br/spsasre - contact: [email protected] Av. Prof. Mello Moraes, 2231 – Cidade Universitária – São Paulo/SP - Brazil SÃO PAULO SCHOOL OF ADVANCED SCIENCE ON RENEWABLE ENERGIES JUL 23-AUG 3, 2018 SISEA Laboratory of Alternative Energy Systems – Mechanical Engineering Department LECTURERS José Aquiles Baesso Grimoni (Photovoltaic and hydrokinetic coordinator) Polytechnic School of the University of São Paulo - Energy Engineering and Automation Department Demetrio C. Zachariadis (Wind power coordinator) Polytechnic School of the University of São Paulo - Mechanical Engineering Department ORGANIZING COMMITEE Suani Teixeira Coelho (Biomass and bioenergy coordinator) Institute of Energy and Environment of the University of São Paulo Cláudio Roberto de Freitas Pacheco (Solar Thermal coordinator) Polytechnic School of the University of São Paulo José Roberto Simões Moreira (President) Polytechnic School of the University of São Paulo - Mechanical Engineering Department Before the turn of the millennium, it became clear that it was necessary to seek one or more energy sources in quantity, quality, and availability to replace the traditional carbon based sources. Among the available sources, solar energy, biomass, hydroelectric, wave, tidal, geothermal, and wind power can substitute the traditional sources based onf oil, gas, and coal successfully. AHDA P. G. PAVANI Brazil, UFABC CHRISTIAN ZAHLER Germany, Industrial Solar CLÁUDIO R.F. PACHECO Brazil, USP DEMÉTRIO C. ZACHARIADIS Brazil, USP ERIC D. LARSON USA, Princeton Univ. FRANCISCO TAVEIRA PINTO Portugal, Univ. of Porto GERHARD ETT Brazil, Electrocell HELENA CHUM USA, NREL AQUILES BAESSO GRIMONI Brazil. USP JOSÉ LUZ SILVEIRA Brazil, UNESP JOSÉ R. SIMÕES-MOREIRA Brazil, USP KATHERINE DYKES USA, NREL LUIS A. BARBOSA CORTEZ Brazil, UNICAMP MAGDI RAGHEB USA, UIUC MARCELO J.S. LEMOS Brazil, ITA NIGEL BRANDON England, Imperial College SOTERIS KALOGIROU Cyprus, Cyprus Univ. of Tech. STEFAN KRAUTER Germany, Univ. of Paderborn SUANI TEIXEIRA COELHO Brazil, USP

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Page 1: SÃO PAULO SCHOOL - uni-sofia.bg

As in the rest of the world, Brazil has spent great efforts in order to developtechnology and implement new energy sources. Within this framework, “SãoPaulo School of Advanced Science on Renewable Energies” is an opportunityfor the participating students and scholars to interact with world-renownedauthorities (please, check the lecturer list) in an intensive two-week course inthe vibrating city of São Paulo, the business heart of Brazil. In addition, theacademic environment also provides the opportunity for students as well asresearchers in general, both national and international, to initiate or continuetechnical-scientific studies in Brazil and, particularly, at the international leveluniversities of São Paulo state.

FAPESP, the São Paulo state research funding agency, will sponsor air ticketsand staying expenses for selected national and international students to takepart in the two-week school scheduled from July 23rd to August 3rd. Studentsfrom all over the world are invited to apply now and submit their CV andschool transcript along with a recommendation letter. Last year graduationstudents as well as post-graduation students are encouraged to submit. Theschool has been dimensioned for 100 students. Selection will be based onacademic records and the interest in carrying out post-graduation studies inan institution located in São Paulo state, Brazil. Application deadline is April15th, 2018.

www.usp.br/spsasre - contact: [email protected]

Av. Prof. Mello Moraes, 2231 – Cidade Universitária – São Paulo/SP - Brazil

SÃO PAULO SCHOOLOF ADVANCED SCIENCE ON

RENEWABLE ENERGIES

JUL 23-AUG 3, 2018

SISEA Laboratory of Alternative Energy Systems – Mechanical Engineering Department

LECTU

RER

S

José Aquiles Baesso Grimoni(Photovoltaic and hydrokinetic coordinator)Polytechnic School of the University of São Paulo

- Energy Engineering and Automation Department

Demetrio C. Zachariadis(Wind power coordinator)

Polytechnic School of the University of São Paulo - Mechanical Engineering Department

ORGANIZING COMMITEE

Suani Teixeira Coelho (Biomass and bioenergy coordinator)Institute of Energy and Environment of the

University of São Paulo

Cláudio Roberto de Freitas Pacheco (Solar Thermal coordinator)

Polytechnic School of the University of São Paulo

José Roberto Simões Moreira (President)

Polytechnic School of the University of São Paulo - Mechanical Engineering Department

Before the turn of the millennium, it became clear that it wasnecessary to seek one or more energy sources in quantity, quality,and availability to replace the traditional carbon based sources.Among the available sources, solar energy, biomass, hydroelectric,wave, tidal, geothermal, and wind power can substitute thetraditional sources based onf oil, gas, and coal successfully.

AHDA P. G. PAVANIBrazil, UFABC

CHRISTIAN ZAHLER Germany, Industrial Solar

CLÁUDIO R.F. PACHECOBrazil, USP

DEMÉTRIO C. ZACHARIADIS

Brazil, USP

ERIC D. LARSONUSA, Princeton Univ.

FRANCISCO TAVEIRA PINTOPortugal, Univ. of Porto

GERHARD ETTBrazil, Electrocell

HELENA CHUMUSA, NREL

AQUILES BAESSO GRIMONIBrazil. USP

JOSÉ LUZ SILVEIRABrazil, UNESP

JOSÉ R. SIMÕES-MOREIRABrazil, USP

KATHERINE DYKESUSA, NREL

LUIS A. BARBOSA CORTEZBrazil, UNICAMP

MAGDI RAGHEBUSA, UIUC

MARCELO J.S. LEMOSBrazil, ITA

NIGEL BRANDONEngland, Imperial College

SOTERIS KALOGIROUCyprus, Cyprus Univ.

of Tech.

STEFAN KRAUTERGermany, Univ.

of Paderborn

SUANI TEIXEIRA COELHOBrazil, USP