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FEDERAL UNIVERSITY OF SANTA CATARINA Technology Center CTC - UFSC

FEDERAL UNIVERSITY OF SANTA CATARINA Technology Center CTC - UFSC Florianópolis – Santa Catarina - Brazil. Topics. 1. Brazil and University`s location 2. An overview of Brazil 3. An overview of the Federal University of Santa Catarina 4. BRAFITEC Program 5. CTC-UFSC Undergraduate courses.

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FEDERAL UNIVERSITY OF SANTA CATARINA Technology Center CTC - UFSC

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  1. FEDERAL UNIVERSITY OF SANTA CATARINA Technology Center CTC - UFSC Florianópolis – Santa Catarina - Brazil

  2. Topics 1. Brazil and University`s location 2. An overview of Brazil 3. An overview of the Federal University of Santa Catarina 4. BRAFITEC Program 5. CTC-UFSC Undergraduate courses

  3. America do Sul – Brasil South America - Brazil Brasil: Population (2010): 190, 732, 694 Territorial area: 8,514,215 km2 (3,287,356 sq mi) Seacoast: 7,491 km (4,655 mi)

  4. Brasil Economy: - Emerging country: B.R.I.C.S. - 6th largest economy in the world (2011) - All CAC 40 companies are present in Brazil - Growth rate in 2012: 4% - Main industrial sectors: energy (Petrobras), aerospace (Embraer), automotive - Great investment in I.T. World Games (2014), Olympic Games (2016)

  5. Santa Catarina Florianópolis UFSC at the world

  6. Santa Catarina - Brasil São Joaquim Camboriú Blumenau Blumenau Florianópolis

  7. Florianópolis – Ilha de Santa Catarina Capital of Santa Catarina State (1726) Main island (Ilha de Santa Catarina) + Continental area + Surrounding small islands Area of 672 km2 42 main beaches Population of 421,240 inhabitants

  8. Florianópolis – Ilha de Santa Catarina Ponte Hercílio Luz Mercado Público Baia Norte – City centre Lagoa da Conceição Praia Mole Praia dos Ingleses

  9. Federal University of Santa Catarina UFSC Campi: 4 Number of courses: Undergraduate: 88 Master`s: 57 Doctorate: 48 Founded: 1960 Campus area: 1 km2( 0.4 sq mi) Faculty: 1,765 Staff: 2,800 Students: 30,927

  10. UFSC – The Centers • The university is subdivided into 11 Centers • Health sciences - Centro de Ciências da Saúde - CCS • Sport and Fitness - Centro de Desportos – CDS • Education - Centro de Ciências da Educação - CED • Economic sciences - Centro Sócio-Econômico - CSE • Technology - Centro Tecnológico - CTC • Communication & Expression - Centro de Comunicação e Expressão - CCE • Law - Centro de Ciências Jurídicas - CCJ • Agronomical sciences - Centro de Ciências Agrárias - CCA • Biological sciences - Centro de Ciências Biológicas - CCB • Math & Physics - Centro de Ciências Físicas e Matemáticas - CFM • Human sciences - Centro de Filosofia e Ciências Humanas - CFH

  11. Technology CenterCentro Tecnológico – CTC • The Technology Center (CTC) comprises 10 departments: • Architecture- Departamento de Arquitetura e Urbanismo • Automation and Systems - Departamento de Automação e Sistemas • Chemical Engineering - Departamento de Engenharia Química e de Alimentos • Civil Engineering - Departamento de Engenharia Civil • Electrical Engineering - Departamento de • Informatics & Statistics- Departamento de Informática e Estatística • Knowledge Managementepartamento de Gestão do Conhecimento • Mechanical Engineering - Departamento de Engenharia Mecânica • Production Engineering -Departamento de Engenharia de Produção e Sistemas • Sanitary & Environmental Engineering - Departamento de Engenharia Sanitária e Ambiental

  12. University Structure: Department of Automation and Systems - DAS Federal University of Santa Catarina Technology Center Informatics & Statistics Electrical Engineering Informatic & Statistics Automation & Systems Informatics & Control Lab (LCMI)

  13. HIGHER EDUCATION IN BRAZIL Three levels on Higher Education: - Undergraduate course: Engineers: 5 years Bachelors: 4 (or 4 and half) years - Graduate course: “Mestrado” (Master): 2 years Doctorate: 4 years in average

  14. UNDERGRADUATE COURSES AT CTC 13 undergraduate courses in the Tecnology Center (CTC): • - Architecture and Urbanism • - Chemical Engineering • - Civil Engineering • - Computer Science • - Control and Automation Engineering • - Electrical Engineering • - Electronic Engineering • - Food Engineering • - Information Systems • - Materials Engineering • - Mechanical Engineering • - Production Engineering • - Sanitary and Environmental Engineering

  15. SUPPORT FOR STUDENT MOBILITY BRAFITEC Brasil-France Program Project GlobE-Sud (Global Engineers for Sustainable Development) - Duration: 2011-2014 - Participants: Brasil: UFRGS, UFSC France: INPG (Ense3, Ensimag, Esisar, Génie Industriel, Pagora, Phelma) - At UFSC: Automation and Systems Department Informatics and Statistics Department

  16. UNDERGRADUATE COURSE Control and Automation Engineering (Engenharia de Controle e Automação)

  17. Control and Automation Engineering:Department of Automation and Systems - DAS • Founded in April, 29th, 1997 • From a research group (LCMI – Informatics & Control Lab) belonging to the Department of Electrical Engineering • The DAS is responsible for: • Undergraduate course:Control and Automation Engineering • Graduate Course (Master and Doctorate): Automation and Systems Engineering

  18. Control and Automation EngineeringHistory • Engenharia de Controle e Automação(Control and Automation Engineering) • Proposal: 1988 (first in Brazil) • Beginning: March, 1990 • Model for ministry of education MEC (P. 1694/94), for regulatory agency CONFEA (Res. 427/99) and a lot of new automation courses (approximately 100)

  19. Control and Automation EngineeringHistory • First admission (1990): 20 students/year • Annual admission (2012): 72 students (36 for semester) • Upto August 2012: 455 engineers (Average course duration: 11 semesters):

  20. Control and Automation EngineeringMain features • Strong basic knowledge on mathematics, physics and computation. • General knowledge in electricity and mechanics, focused on sensors and atuactors. • Basics on economics, management and dependability. • Detailed knowledge on process control, automation, mecatronics and computing systems.

  21. Control and Automation Engineering Knowledge areas - Process Control - Analysis and Control of Continuous Dynamic Systems - Analysis and Control of Discrete Event Systems - Measurement and Instrumentation - Manufacturing Automation - Robotics and Mechatronic Sytems - Industrial Informatics - Computing Systems - Networks and Distributed Systems - Real-time systems - Embedded Systems

  22. Control and Automation Engineering Model instrumentação Engenharia Engenharia Elétrica Mecânica . CAM . controle . acion. elétricos . CAD/CAE . redes industriais . eletrônica . robótica . comando numérico e . sistemas digitais Engenharia Controle . avaliação de desempenho CIM . microprocessadores & . tempo real Automação . gerenciamento . qualidade . redes . planejamento . int. artificial . sistemas distribuídos Engenharia . linguagens de Informática . integração / interoperabilidade Produção

  23. Control and Automation Engineering Cursus Engineering course  5 years / 10 semesters Average: 25 hours for week 1 ph. Semestre 7 ph. 8:9 10 ph. Engineering topics Basic topics Company Internship Final Course Project

  24. Control and Automation EngineeringData Collection Data collection on 1995-2008 engineers: • Inquired engineers from ECA course: 423 • Survey responses (30/09/2008): 265 (60%)

  25. Control and Automation EngineeringData Collection Insertion of ECA-UFSC Engineers by Activity Sector

  26. Control and Automation EngineeringData Collection Insertion of ECA-UFSC Engineers in Industry

  27. Control and Automation EngineeringData Collection Insertion of ECA-UFSC Engineers in Services Sector

  28. Control and Automation EngineeringData Collection Remuneration of ECA Engineers (Average R$ 6.000,00 ou 2.500,00 Euros)

  29. UNDERGRADUATE COURSE Computer Science Course (Bacharelado em Ciência da Computação)

  30. DEPARTMENT OF INFORMATICS INE – CTC – UFSC Professors: 60 Research laboratories: 15 Teaching laboratories: 4 Undergraduate courses: 2 - Information Systems - Computer Science Graduate Course: 1 - Master and Doctorat in Computer Science

  31. Computer Science Course • Beginning: March, 1977 • About 2000 CS bachelors in companies and universities • 3000 hours in courses during 4 years (8 semesters) • End of Studies Project (2 semesters)

  32. Computer Science Course • Knowledge areas: • Logic and Computing Theory • Electronics and Digital Systems • Computer Architecture • Programming and Software Engineering • Computer Network and Distributed Systems • Operating Systems • Database

  33. BRAFITEC OPORTUNITIES IN BRAZIL Second year: - Summer Internship in research laboratory (3 months) - Regular Courses (6 or 12 months) Third year: - Regular Courses (6 months) - End of Studies Project (6 months) Undergraduate Courses (priority): - Control and Automation Engineering - Computer Science Course

  34. Other Undergraduate Courses - Sanitary and Environmental Engineering - Chemical Engineering - Electrical Engineering - Electronic Engineering - Mechanical Engineering - Materials Engineering - Production Engineering

  35. UNDERGRADUATE COURSE Sanitary and Environmental Engineering (Engenharia Sanitária e Ambiental)

  36. Sanitary and Environmental Engineering - Annual admission: 80 students - Courses: • Basics: mathematics, physics, chemistry, biology and informatics • Treatment of water and wastewater, air pollution control, • Sustainable construction • Environmental management systems and environmental impact reports • Exploitation of water resources, hydraulic structures • End of Studies Project

  37. UNDERGRADUATE COURSE Chemical Engineering (Engenharia Química)

  38. Chemical Engineering - Annual admission: 50 students - Courses: • Basics: mathematics, physics, chemistry and informatics • Chemical science: thermodynamic, transfer and superficial phenomenas • Chemical engineering processes • Chemical engineering operations • Chemical tecnologies • Supervised industrial internship (720 h): • End of Studies Project

  39. UNDERGRADUATE COURSE Electrical Engineering (Engenharia Elétrica)

  40. Electrical Engineering - Created in 1966 - Annual admission: 100 students - Courses: • Basics: mathematics, physics and informatics • Basic principles in electricity: electrical circuits, electromagnetism, analogic and digital electronics • Electrical energy systems: generation, transmission, control and planning • Electrical machines • Industrial electronics • Telecomunications • Control and signal processing • End of Studies Project

  41. UNDERGRADUATE COURSE Electronic Engineering (Engenharia Eletrônica)

  42. Electronic Engineering - Annual admission: 60 students (beginning: 2009; in implantation phase) - Courses: • Basics: mathematics, physics and informatics • Basic principles in electronics: electrical circuits, digital circuits, signal processing, electromagnetism • Signal processing • Coding • Electronics and optoelectronics devices and systems • Microelectronics design • End of Studies Project

  43. UNDERGRADUATE COURSE Mechanical Engineering (Engenharia Mecânica)

  44. Mechanical Engineering - Created in 1960 - Annual admission: 110 students - Courses: - Basics: mathematics, physics, design and informatics - Building Materials Mechanics, Machine Elements, Aerodynamics, Vibration and acoustics, - Manufacturing Processes, Welding, - Hydraulic and Pneumatic Systems, - Robotics, automation - Thermodynamics, fluid mechanics, heat exchangers, turbines, pumps, combustion motor and vehicles, • Product Design • End of Studies Project

  45. UNDERGRADUATE COURSE Materials Engineering (Engenharia de Materiais)

  46. Materials Engineering - Annual admission: 60 students - Courses: • Basics: mathematics, physics, design and informatics • Basics for materials engineering: materials, solid structures, microstructures, thermodynamic • Materials engineering process • Polymeric materials: characterization, analysis, processing - Ceramic materials: analysis and processing • Electrical, optical and magnetical properties • Industrial internships (6): 3 months and half, each one

  47. UNDERGRADUATE COURSE Production Engineering (Engenharia de Produção)

  48. Production Engineering - Annual admission: 120 students - Courses: • Basics: mathematics, physics, and informatics • Three courses: • Civil Production Engineering (40 students) • Electrical Production Engineering (40 students) • Mechanical Production Engineering (40 students) • Basic knowledge on specific engineering (civil or electrical or mechanical) • Knowledge on economic and financial administration • Production processes and techniques • Industrial internship

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