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<!-- [[Imagem:eng-fis.jpg|thumb|700px|center|Engenharia Física]] -->
<!-- [[Imagem:eng-fis.jpg|thumb|700px|center|Engenharia Física]] -->


The undergraduate program in Engineering Physics at UFRGS -- the State University of Rio Grande do Sul, Brazil -- is a joint initiative of the [http://www.if.ufrgs.br Institute of Physics] and the [http://www.ufrgs.br/eng/ School of Engineering]. This program is starting in 2010!
The undergraduate program in Engineering Physics at UFRGS – the State University of Rio Grande do Sul, Brazil – is a joint initiative of the [http://www.if.ufrgs.br Institute of Physics] and the [http://www.ufrgs.br/eng/ School of Engineering]. This program is starting in 2010!




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Engineering Physics is the application of Modern Physics in the engineering of technological innovations. ''It is a connection between Science and the traditional fields of Engineering.''
Engineering Physics is the application of Modern Physics in the engineering of technological innovations. ''It is a connection between Science and the traditional fields of Engineering.''


Engineering Physics exists at least since 1924, when it started at the [http://www.coe.ou.edu/ephysics/ University of Oklahoma]. Presently, the program is offered by universities such as [http://www.aep.cornell.edu/eng10_page.cfm?webpageID=29 Cornell], [http://www.princeton.edu/EngineeringPhysics/ Princeton], [https://soe.stanford.edu/prospective_students/engphys.html Stanford], and [http://www.seas.harvard.edu/academic-programs/undergraduate/engineering-sciences/tracks Harvard]. Besides the USA, Engineering Physics is also offered as undergraduate program in countries such as Germany, Canada, France, and Japan. In Brazil, the undergraduate program in Engineering Physics exists since 2000 at the [http://www.eng-fis.df.ufscar.br Department of Physics of the State University of São Carlos].
Engineering Physics exists at least since 1924, when it started at the [http://www.ou.edu/content/coe/ephysics/undergrad.html University of Oklahoma]. Presently, the program is offered by universities such as [http://www.aep.cornell.edu/ Cornell], [http://engineeringphysics.princeton.edu/ Princeton], [https://physics.stanford.edu/undergraduate-program/bs-engineering-physics Stanford], and [http://www.seas.harvard.edu/programs/engineering-sciences-ab Harvard] -- [http://colleges.usnews.rankingsandreviews.com/best-colleges/rankings/engineering-doctorate-science-physics check the U.S. News & World Report rank]. Besides the USA, Engineering Physics is also offered as undergraduate program in countries such as Germany, Canada, France, and Japan. In Brazil, the undergraduate program in Engineering Physics exists since 2000 at the [http://www.eng-fis.df.ufscar.br Department of Physics of the State University of São Carlos].


Worldwide, engineers in this field work for companies in information technology, telecommunications, energy, healthcare (laboratory diagnostics), automation and in the aerospace and automotive sectors, among many others. They also work in government agencies, research institutes, and educational institutions.
Worldwide, engineers in this field work for companies in information technology, telecommunications, energy, healthcare (laboratory diagnostics), automation and in the aerospace and automotive sectors, among many others. They also work in government agencies, research institutes, and educational institutions.


== Por que cursar Engenharia Física? ==
== Why graduate in Engineering Physics? ==


O novo curso vem para:
This new program is set to:
* formar profissionais com sólidos conhecimentos conceituais e práticos em Física, Matemática, métodos computacionais e competências de Engenharia;
* shape professionals with sound knowledge of Physics, Mathematics, computational methods, and the tools of Engineering;
* inovar em áreas como metrologia, instrumentação, tecnologia de vácuo, caracterização física de materiais, microfabricação, fotônica e semicondutores.
* innovate in areas such as metrology, instrumentation, vacuum technology, physical characterization of materials, microfabrication, photonics, and semiconductors.


''Engenharia Física é para quem quer dominar novas tecnologias, inventar novos produtos e processos e aprender a inovar!''
''Engineering Physics is for those who want to manage new technologies, invent new products and processes and learn to innovate!''


== Como cursar Engenharia Física na UFRGS? ==


O ingresso acontece a partir de 2010, através de Concurso Vestibular, segundo as normas estabelecidas pela Universidade. As inscrições para a primeira turma estão abertas até 04/10/2009 em [http://vestibular.ufrgs.br http://vestibular.ufrgs.br]. O curso tem duração prevista de cinco anos.
== Curriculum ==


== Grade Curricular ==
The following courses have been designed specifically for the Engineering Physics program:


[[Imagem:Grade.jpg|thumb|700px|center|Grade curricular da Engenharia Física na UFRGS]]
*''FIS01EF1 – Introduction to Engineering Physics''
*''FIS01EF2 – Interaction of Radiation with Matter''
*''FIS01EF3 – Thermodynamics and Statystical Mechanics''
*''FIS01EF4 – Digital Techniques''
*''FIS01EF5 – Physical Instrumentation''
*''FIS01EF6 – Physical Properties of Materials''
*''FIS01EF7 – Vacuum Technology''
*''FIS01EF8 – Microprocessors I''
*''FIS01EF9 – Materials Analysis Techniques''
*''FIS01EF10 – Photonics''
*''FIS01EF11 – Semiconductor Device Physics''
*''FIS01EF12 – Ion Beam Analysis of Materials''
*''FIS01EF13 – Nanostructures and Nanomaterials''
*''FIS01EF14 – Microfabrication''


Essas são as disciplinas criadas especificamente para o curso de Engenharia Física:


''FIS01EF1 – Introdução à Engenharia Física – 2 CRE''
== Contact information ==


Súmula: metodologia científica, metrologia, produção de textos (projetos e relatórios), ética profissional, impacto social da Engenharia Física
Instituto de Física – UFRGS


''FIS01EF2 – Interação da Radiação com a Matéria – 4 CRE''
Av. Bento Gonçalves, 9500


Súmula: interações de elétrons, íons, nêutrons e raios X e gama com a matéria, bases teóricas, tipos e características dos detectores usados nas medidas destas radiações, instrumentação, noções de proteção radiológica e uso das radiações em Medicina
Bairro Agronomia


''FIS01EF3 – Termodinâmica e Mecânica Estatística – 6 CRE''
91509-900 Porto Alegre - RS


Súmula: Termodinâmica: leis da termodinâmica, transições de fase, reações químicas, potenciais termodinâmicos; Mecânica Estatística: postulados básicos da mecânica estatística, sistemas microcanônicos e canônicos, distribuição de Boltzmann, gás ideal paramagnético, função de Maxwell-Boltzmann, molécula diatômica, fenômenos de transporte (equação de Fick); Estatística Quântica: gás ideal quântico, radiação de corpo negro, estatística de Bose, cinética das transformações de fase
Brazil


''FIS01EF4 – Técnicas Digitais – 6 CRE''
e-mail: [mailto:engfis@if.ufrgs.br engfis@if.ufrgs.br]


Fundamentos; sistemas de numeração e códigos binários; aritmética binária; reticulados e álgebras booleanas. Circuitos combinacionais. Flip-Flops, registradores, memórias e contadores. Osciladores e relógios. Circuitos sequenciais. Introdução aos sistemas digitais.
[[Imagem:Map.jpg|link=http://maps.google.com/maps?f=q&source=s_q&hl=en&geocode=&q=-30.073667,-51.119583&sll=-30.075322,-51.115584&sspn=0.013667,0.015965&g=-30.075322,-51.115584&ie=UTF8&ll=-30.07486,-51.122442&spn=0.006833,0.007982&t=k&z=17|center|Site of the Institute of Physics at UFRGS]]


''FIS01EF5 – Instrumentação Física – 4 CRE''
== Links ==


Súmula: metrologia; instrumentos para medição de comprimento, temperatura, intervalo de tempo, massa e fluxo, força, tensão e corrente elétrica, campo elétrico, campo magnético; amplificadores lock-in, automação e controle PID, interfaceamento com software
[http://www.eng-fis.df.ufscar.br/ Universidade Federal de São Carlos]


''FIS01EF6 – Propriedades Físicas dos Materiais – 4 CRE''
[http://www.princetonreview.com/college-majors/439/engineering-physics Princeton Review]


Súmula: Descrição e caracterização de propriedades mecânicas, térmicas, elétricas, magnéticas e ópticas dos materiais
[http://engphys.mcmaster.ca/ McMaster University]


''FIS01EF7 – Tecnologia de Vácuo – 2 CRE''
[http://www.aep.cornell.edu/ Cornell University]


Súmula: teoria cinética de gases, materiais para aplicações em vácuo, bombas de vácuo, sensores de pressão, elementos de criogenia, análise de gás residual, projeto de sistemas de vácuo
[http://engineeringphysics.princeton.edu/ Princeton University]


''FIS01EF8 – Microprocessadores I – 5 CRE''
[https://physics.stanford.edu/undergraduate-program/bs-engineering-physics Stanford University]


Súmula: arquitetura de microprocessadores. Endereçamento e conjunto de instruções. Memória e adaptadores de interface de entrada e saída. Projeto lógico e elétrico de sistemas microprocessados. Sistemas supervisores. Programação e algoritmos.
[http://www.seas.harvard.edu/programs/engineering-sciences-ab Harvard University]


''FIS01EF9 – Técnicas de Análise de Materiais – 6 CRE''
[http://engineeringscience.berkeley.edu/engineering-physics/ UC Berkeley]


Súmula: difração de raios X, microscopia eletrônica de varredura e de transmissão, processamento e análise de imagens, microscopia de força atômica e de tunelamento, espectroscopia de fotoelétrons
[http://catalog.illinois.edu/undergraduate/engineer/departments/engin-physics/ University of Illinois at Urbana-Champaign]


''FIS01EF10 – Fotônica – 4 CRE''
[https://physics.osu.edu/engineering-physics-program Ohio State University]


Súmula: descrição de sistemas ópticos básicos, geração e propagação de feixe de lasers, projeto e análise de sistemas ópticos, interferometria e espectroscopia ótica, detectores de radiação, elipsometria, sistemas ópticos no infravermelho
[http://www.phys.cwru.edu/undergrad/programs/bs_engr.php Case Western Reserve University]
 
''FIS01EF11 – Física de Dispositivos Semicondutores – 4 CRE''
 
Súmula: estrutura de bandas de energia em cristais, nível de Fermi, dopagem, transporte de portadores de carga elétrica, junções p-n, diodos, capacitor MOS, transistores MOS de canal P e canal N, inversor CMOS, lógica digital CMOS, optoeletrônica, fotodiodos, LED, heterojunções, poços
quânticos, lasers de semicondutor
 
''FIS01EF12 – Análise de Materiais com Feixes de Íons – 4 CRE''
 
Súmula: espectrometria de retroespalhamento Rutherford, canalização de feixes de íons, análise por detecção de recuos elásticos, análise com reações nucleares, emissão de raios X induzida com partículas
 
''FIS01EF13 – Nanoestruturas e Nanomateriais – 4 CRE''
 
Súmula: elementos de Física de sistemas de baixa dimensionalidade, síntese sol-gel, auto-montagem, pontos, fios e poços quânticos, caracterização de nanomateriais, aplicações de nanomateriais
 
''FIS01EF14 – Microfabricação – 4 CRE''
 
Súmula: difusão, oxidação, implantação iônica, litografia, desbaste e deposição com plasma, deposição física a partir de fase gasosa, deposição química a partir de fase gasosa, processos e tecnologias CMOS e Bipolar, encapsulamento e teste de dispositivos
 
== Local para Visitação ==
 
A visitação a laboratórios pode ser feita no Instituto de Física, que fica no Campus do Vale da UFRGS (Av. Bento Gonçalves, 9500, Bairro Agronomia, Porto Alegre). A seta no [http://maps.google.com/maps?f=q&source=s_q&hl=en&geocode=&q=30%C2%B0+4%2725.10%22S,+51%C2%B0+7%2710.50%22W&sll=-30.073667,-51.119583&sspn=0.003347,0.004774&ie=UTF8&t=k&ll=-30.074841,-51.122421&spn=0.006434,0.009538&z=17 mapa] (clique para uma visão ampliada) indica exatamente a entrada do prédio da secretaria. Agende sua visita com antecedência pelo e-mail [mailto:engfis@if.ufrgs.br engfis@if.ufrgs.br].
 
[[Imagem:Mapa.jpg|link=http://maps.google.com/maps?f=q&source=s_q&hl=en&geocode=&q=30%C2%B0+4%2725.10%22S,+51%C2%B0+7%2710.50%22W&sll=-30.073667,-51.119583&sspn=0.003347,0.004774&ie=UTF8&t=k&ll=-30.074841,-51.122421&spn=0.006434,0.009538&z=17|center|Mapa de localização do Instituto de Física]]
 
== Outras Perguntas Frequentes ==
 
Envie suas perguntas para [mailto:engfis@if.ufrgs.br engfis@if.ufrgs.br] e veja as respostas publicadas aqui.
 
# Quantos cursos de Engenharia Física existem no Brasil?
#: Atualmente (setembro de 2009) existe um único curso de Engenharia Física em operação no Brasil, oferecido desde 2000 pela [http://www.eng-fis.df.ufscar.br Universidade Federal de São Carlos].
# O Engenheiro Físico tem registro profissional (CREA)?
#: Os profissionais formados pela UFSCAR obtiveram registro no CREA-SP como "Engenheiro Físico," com atribuição em "Engenharia de Controle e Automação" (Resolução nº 427 do Confea, de 5 de março de 1999).
# Qual o mercado de trabalho em Engenharia Física?
#: Clique [http://guiadoestudante.abril.com.br/profissoes/engenharia/profissoes_272238.shtml aqui] e veja só o que diz o [http://guiadoestudante.abril.com.br/ Guia do Estudante]!
 
== Links ==
 
Os links a seguir (a grande maioria em inglês) foram organizados em setembro de 2009 a partir do site da Universidade Federal de São Carlos, que inicia a lista.
 
[http://www.eng-fis.df.ufscar.br/ Universidade Federal de São Carlos]
 
[http://guiadoestudante.abril.com.br/profissoes/engenharia/profissoes_272238.shtml Guia do Estudante]
 
[http://www.aep.cornell.edu/eng10_page.cfm?webpageID=29 Cornell University]


[http://www.princeton.edu/EngineeringPhysics/ Princeton University]
[http://www.engphys.ubc.ca/ University of British Columbia]


[https://soe.stanford.edu/prospective_students/engphys.html Stanford University]
[https://www.engr.wisc.edu/department/engineering-physics/ University of Wisconsin-Madison]


[http://www.seas.harvard.edu/academic-programs/undergraduate/engineering-sciences/tracks Harvard University]
[http://www.uwplatt.edu/engineering-physics University of Wisconsin-Platteville]


[http://www.carleton.ca/cdce/career/degree/engphysics.html Carleton University]
[http://engsci.utoronto.ca/ University of Toronto]


[http://www.princetonreview.com/Majors.aspx?cip=141201&page=1 Princeton Review]
[http://physics.mines.edu/PH-undergraduate-program Colorado School of Mines]


[http://www.unt.edu/majors/uephy.htm University of North Texas]
[https://admissions.carleton.ca/programs/engineering-physics/ Carleton University]


[http://phys.eng.ankara.edu.tr/ Ankara Üniversitesi]
[http://phys.eng.ankara.edu.tr/ Ankara Üniversitesi]
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[http://www.physics.queensu.ca/ Queen's University]
[http://www.physics.queensu.ca/ Queen's University]


[http://www.uwplatt.edu/chemep/phys/ University of Wisconsin]
[http://www.ou.edu/content/coe/ephysics/undergrad.html University of Oklahoma]


[http://www.coe.ou.edu/ephysics/ University of Oklahoma]
[http://www.wright.edu/academics/catalog/ugrad2010/colleges/cecs/egrphy.html Wright State University]


[http://cust.univ-bpclermont.fr/formation-initiale/departement/gp/gp-intro-a.html Université Blaise Pascal]
[http://www.eng.mie-u.ac.jp/en/phen.html Mie University]


[http://www.engineering.wright.edu/ee/future.shtml#What_is_Engineering_Physics Wright State University]
[http://www.physics.illinoisstate.edu/undergrad/engineering/engineering_physics.aspx Illinois State University]


[http://www.math.tarleton.edu/physics/EngrPhys/ Tarleton State University]
[http://engineeringphysics.nmsu.edu/ New Mexico State University]


[http://www.depts.ttu.edu/officialpublications/catalog/ENGR_EP.php Texas Tech University]
[http://www.ua.pt/fis/PageCourse.aspx?id=28 Universidade de Aveiro]


[http://www.eng.mie-u.ac.jp/english/buturi_e.html Mie University]
[http://fisica.uc.pt/ax/ensino/ensino.php?box=ef/ Universidade de Coimbra]


[http://www.phy.ilstu.edu/programs/engineering_physics/index.shtml Illinois State University]
[http://www.pacific.edu/Academics/Schools-and-Colleges/School-of-Engineering-and-Computer-Science/Academics-/Majors/Engineering-Physics-.html University of the Pacific]


[http://grizzly.morgan.edu/~physics/ Morgan State University]
[http://www.ep.uni-oldenburg.de/index.html Carl von Ossietzky Universität Oldenburg]
 
[http://www.physics.nmsu.edu/Physics/ep/index.html New Mexico State University]
 
[http://www.fortlewis.edu/academics/school_arts_sciences/physics_engineering/program%20info%20docs/Engr-Physics%20program%20docs/Engr-Physics%20program.htm Fort Lewis College]
 
[http://www2.fis.ua.pt/DFUA/LicEngenhariaFisicaf.html Universidade de Aveiro]
 
[http://www.uc.pt/fctuc/Ensino/cursos/1ciclo/lista/LEF Universidade de Coimbra (1)]
 
[http://mars.fis.uc.pt/ef/ Universidade de Coimbra (2)]
 
[http://robotics.dem.uc.pt/efisica/EFisica.htm Engenharia Física em Portugal]
 
[http://www.kth.se/studies/swedish-programmes/msc/1.7784?l=en_UK KTH - Royal Institute of Technology]
 
[http://dx.doi.org/10.1088/0031-9120/28/5/011 Artigo na revista "Physics Education"]
 
[http://physics.syr.edu/UnFAQs.htm Syracuse University]
 
[http://www.engr.wisc.edu/ep/engrphys/ University of Wisconsin-Madison]
 
[http://www2.carleton.ca/admissions/programs/engineering-physics/ Carleton University]
 
[http://admissions.bradley.edu/programsofstudy/program.php?POS_ID=40 Bradley University]


[http://www.engineering.com/Library/ArticlesPage/tabid/85/articleType/ArticleView/articleId/183/Engineering-Physics.aspx engineering.com]
[http://www.engineering.com/Library/ArticlesPage/tabid/85/articleType/ArticleView/articleId/183/Engineering-Physics.aspx engineering.com]


[http://dilbert.cen.uiuc.edu/soc/tbp/eguide/engphys.html Guide to Engineering Majors]
[http://robotics.dem.uc.pt/efisica/ Engineering Physics in Portugal]
 
[http://www.phys.cwru.edu/undergrad/programs/bs_engr.php Case Western Reserve University]
 
[http://web.pacific.edu/x10464.xml University of the Pacific]
 
[http://www2.fh-gelsenkirchen.de/FH-Sites/FH-Main/index.php?id=348 Fachhochschule Gelsenkirchen]
 
[http://www.ep.uni-oldenburg.de/index.html Carl von Ossietzky Universität Oldenburg]
 
[http://www.fh-jena.de/images/d58fe4ffdc/Bachelor_PhysikalischeTechnik.pdf Fachhochschule Jena]
 
[http://www.fh-aachen.de/3362.html Fachhochschule Aachen]
 
[http://www.ifmo.ru/eng/index.php?out=faculty&FacultyID=8 Saint-Petersburg State University]


[http://petrsu.ru/Faculties/physics_e.html Petrozavodsk State University]
[http://dx.doi.org/10.1088/0031-9120/28/5/011 Article in "Physics Education"]

Edição atual tal como às 16h50min de 3 de junho de 2016


The undergraduate program in Engineering Physics at UFRGS – the State University of Rio Grande do Sul, Brazil – is a joint initiative of the Institute of Physics and the School of Engineering. This program is starting in 2010!


What is Engineering Physics?

Engineering Physics is the application of Modern Physics in the engineering of technological innovations. It is a connection between Science and the traditional fields of Engineering.

Engineering Physics exists at least since 1924, when it started at the University of Oklahoma. Presently, the program is offered by universities such as Cornell, Princeton, Stanford, and Harvard -- check the U.S. News & World Report rank. Besides the USA, Engineering Physics is also offered as undergraduate program in countries such as Germany, Canada, France, and Japan. In Brazil, the undergraduate program in Engineering Physics exists since 2000 at the Department of Physics of the State University of São Carlos.

Worldwide, engineers in this field work for companies in information technology, telecommunications, energy, healthcare (laboratory diagnostics), automation and in the aerospace and automotive sectors, among many others. They also work in government agencies, research institutes, and educational institutions.

Why graduate in Engineering Physics?

This new program is set to:

  • shape professionals with sound knowledge of Physics, Mathematics, computational methods, and the tools of Engineering;
  • innovate in areas such as metrology, instrumentation, vacuum technology, physical characterization of materials, microfabrication, photonics, and semiconductors.

Engineering Physics is for those who want to manage new technologies, invent new products and processes and learn to innovate!


Curriculum

The following courses have been designed specifically for the Engineering Physics program:

  • FIS01EF1 – Introduction to Engineering Physics
  • FIS01EF2 – Interaction of Radiation with Matter
  • FIS01EF3 – Thermodynamics and Statystical Mechanics
  • FIS01EF4 – Digital Techniques
  • FIS01EF5 – Physical Instrumentation
  • FIS01EF6 – Physical Properties of Materials
  • FIS01EF7 – Vacuum Technology
  • FIS01EF8 – Microprocessors I
  • FIS01EF9 – Materials Analysis Techniques
  • FIS01EF10 – Photonics
  • FIS01EF11 – Semiconductor Device Physics
  • FIS01EF12 – Ion Beam Analysis of Materials
  • FIS01EF13 – Nanostructures and Nanomaterials
  • FIS01EF14 – Microfabrication


Contact information

Instituto de Física – UFRGS

Av. Bento Gonçalves, 9500

Bairro Agronomia

91509-900 Porto Alegre - RS

Brazil

e-mail: engfis@if.ufrgs.br

Site of the Institute of Physics at UFRGS

Links

Universidade Federal de São Carlos

Princeton Review

McMaster University

Cornell University

Princeton University

Stanford University

Harvard University

UC Berkeley

University of Illinois at Urbana-Champaign

Ohio State University

Case Western Reserve University

University of British Columbia

University of Wisconsin-Madison

University of Wisconsin-Platteville

University of Toronto

Colorado School of Mines

Carleton University

Ankara Üniversitesi

Queen's University

University of Oklahoma

Wright State University

Mie University

Illinois State University

New Mexico State University

Universidade de Aveiro

Universidade de Coimbra

University of the Pacific

Carl von Ossietzky Universität Oldenburg

engineering.com

Engineering Physics in Portugal

Article in "Physics Education"

Disponível em “http://engfis.if.ufrgs.br/index.php?title=Engineering_Physics&oldid=116”