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FEDERAL UNIVERSITY OF SANTA CATARINA Technology Center CTC - UFSC Florianópolis – Santa Catarina - Brazil
FEDERAL UNIVERSITY OF SANTA CATARINA
Technology Center
CTC - UFSC
Florianópolis – Santa Catarina - Brazil
TopicsTopics
1. Brazil and University`s location2. An overview of Brazil3. An overview of the Federal University of Santa Catarina4. BRAFITEC Program5. CTC-UFSC Undergraduate courses
America do Sul – BrasilAmerica do Sul – BrasilSouth America - BrazilSouth America - Brazil
Brasil:Population (2010): 190, 732, 694Territorial area: 8,514,215 km2 (3,287,356 sq mi)Seacoast: 7,491 km (4,655 mi)
BrasilBrasil
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)
UFSC at the world
Santa Catarina Florianópolis
Santa Catarina - BrasilSanta Catarina - Brasil
Camboriú
São Joaquim
Blumenau
Blumenau
Florianópolis
Florianópolis – Ilha de Santa CatarinaFlorianópolis – Ilha de Santa Catarina
Area of 672 kmArea of 672 km22 42 main beaches Population of 421,240 inhabitants inhabitants
Capital of Santa Catarina State (1726)Main island (Ilha de Santa Catarina) + Continental area + Surrounding small islands
Florianópolis – Ilha de Santa CatarinaFlorianópolis – Ilha de Santa Catarina
Ponte Hercílio Luz
Lagoa da Conceição
Praia dos Ingleses
Mercado Público
Baia Norte – City centre
Praia Mole
Federal University of Santa CatarinaFederal University of Santa CatarinaUFSC UFSC
Founded: 1960
Campus area: 1 km2( 0.4 sq mi)
Faculty: 1,765
Staff: 2,800
Students: 30,927
Campi: 4
Number of courses:
Undergraduate: 88
Master`s: 57
Doctorate: 48
UFSC – The Centers
The university is subdivided into 11 Centers
Health sciences - Centro de Ciências da Saúde - CCS Sport and Fitness - Centro de Desportos – CDSEducation - Centro de Ciências da Educação - CED Economic sciences - Centro Sócio-Econômico - CSE Technology - Centro Tecnológico - CTCCommunication & Expression - Centro de Comunicação e Expressão
- CCELaw - Centro de Ciências Jurídicas - CCJ Agronomical sciences - Centro de Ciências Agrárias - CCA Biological sciences - Centro de Ciências Biológicas - CCBMath & Physics - Centro de Ciências Físicas e Matemáticas - CFMHuman sciences - Centro de Filosofia e Ciências Humanas - CFH
Technology CenterCentro Tecnológico – CTC
The Technology Center (CTC) comprises 10 departments:
Architecture - Departamento de Arquitetura e UrbanismoAutomation and Systems - Departamento de Automação e SistemasChemical Engineering - Departamento de Engenharia Química e de AlimentosCivil Engineering - Departamento de Engenharia CivilElectrical Engineering - Departamento de Informatics & Statistics - Departamento de Informática e EstatísticaKnowledge Management epartamento de Gestão do ConhecimentoMechanical Engineering - Departamento de Engenharia MecânicaProduction Engineering - Departamento de Engenharia de Produção e SistemasSanitary & Environmental Engineering - Departamento de Engenharia Sanitária e Ambiental
Informatic & Statistics
Informatics & Control
Lab (LCMI)
Automation & Systems
Informatics & Statistics
Federal University of Santa Catarina
Electrical Engineering
Technology Center
University Structure:Department of Automation and Systems -
DAS
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
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
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
UNDERGRADUATE COURSE
Control and Automation Engineering
(Engenharia de Controle e Automação)
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
Control and Automation Engineering
History
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)
Control and Automation Engineering
History
First admission (1990): 20 students/year
Annual admission (2012): 72 students (36 for semester)
Upto August 2012: 455 engineers (Average course duration: 11 semesters):
Control and Automation Engineering
Main 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.
Control and Automation EngineeringKnowledge 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
EngenhariaEngenharia
MecânicaMecânica
InformáticaInformáticaEngenhariaEngenharia
ProduçãoProdução
EngenhariaEngenharia
ElétricaElétrica
eAutomaçãoAutomação
dede
instrumentaçãoinstrumentação
. eletrônica. eletrônica. acion. elétricos. acion. elétricos. controle. controle
. CAD/CAE. CAD/CAE
. CAM. CAM
. comando . comando numériconumérico
. robótica. robótica
CIMCIM
. qualidade. qualidade. gerenciamento. gerenciamento
. linguagens. linguagens
. sistemas distribuídos. sistemas distribuídos
. redes. redes. int. artificial. int. artificial
. sistemas digitais. sistemas digitais
. microprocessadores. microprocessadores
. tempo real. tempo real
EngenhariaEngenhariaControleControle
&&
. planejamento. planejamento
. avaliação de . avaliação de desempenhodesempenho
. redes . redes industriaisindustriais
. integração / . integração / interoperabilidadeinteroperabilidade
Control and Automation Engineering Model
Control and Automation EngineeringCursus
Engineering course 5 years / 10 semesters
Average: 25 hours for week
Basic topics Engineeringtopics
Company Internship
Final Course Project
1 ph.Semestre
7 ph.
8:9
10 ph.
Control and Automation Engineering
Data Collection
Data collection on 1995-2008 engineers: Inquired engineers from ECA course: 423 Survey responses (30/09/2008): 265 (60%)
Control and Automation Engineering
Data Collection
Insertion of ECA-UFSC Engineers by Activity Sector
Control and Automation Engineering
Data Collection
Insertion of ECA-UFSC Engineers in Industry
Control and Automation Engineering
Data Collection
Insertion of ECA-UFSC Engineers in Services Sector
Control and Automation Engineering
Data Collection
Remuneration of ECA Engineers (Average R$ 6.000,00 ou 2.500,00 Euros)
UNDERGRADUATE COURSE
Computer Science Course
(Bacharelado em Ciência da Computação)
DEPARTMENT OF INFORMATICS
INE – CTC – UFSC
Professors: 60Research laboratories: 15Teaching laboratories: 4Undergraduate courses: 2
- Information Systems- Computer Science
Graduate Course: 1- Master and Doctorat in Computer Science
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)
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
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
Other Undergraduate Courses
- Sanitary and Environmental Engineering
- Chemical Engineering
- Electrical Engineering
- Electronic Engineering
- Mechanical Engineering
- Materials Engineering
- Production Engineering
UNDERGRADUATE COURSE
Sanitary and Environmental Engineering
(Engenharia Sanitária e Ambiental)
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
UNDERGRADUATE COURSE
Chemical Engineering
(Engenharia Química)
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
UNDERGRADUATE COURSE
Electrical Engineering
(Engenharia Elétrica)
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
UNDERGRADUATE COURSE
Electronic Engineering
(Engenharia Eletrônica)
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
UNDERGRADUATE COURSE
Mechanical Engineering
(Engenharia Mecânica)
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
UNDERGRADUATE COURSE
Materials Engineering
(Engenharia de Materiais)
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
UNDERGRADUATE COURSE
Production Engineering
(Engenharia de Produção)
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
