Engineering and Technology
Electronic Engineering
ABOUT THE COURSE
The electronic engineer has specific knowledge and skills in the design and development of electronic components and systems, from the study and specification of the materials, integrating them in the equipment for the desired purposes.
It is the professional prepared to work in the areas of industrial automation, telecommunications systems, development of electronic equipment, design and operation of sensors and industrial actuators, operation and maintenance of electronic equipment, control and management of industrial processes, research and implementation of systems using renewable energies, among others.
UNISANTA has international agreements with several world-renowned institutions, such as the University of Almeria in Spain, a reference in renewable energy research, and also with the National Institute of Applied Sciences in Toulouse, France, where it is the only course in America Latina who has an agreement for internships in what is one of the most advanced microelectronics research centers in the world. With the knowledge learned, students stand out in the production of integrated circuits, technology of great complexity and precision.
Around 50 university teams pass through Toulouse every year from several countries. Among them, a team of UNISANTA students won the second place in the overall ranking in that center, in efficiency in the construction of a Chip - Integrated Circuit, as verified in the tests of functionality and quality.
Academic exchanges are of great importance for the students' personal learning and development, valuing their curriculum in relation to the opportunities of professional placement and research.
RECOGNITION
Ordinance Nº 813/11, published on 15/04/2011
Renewed by Ordinance No. 923/18, published 28/12/18
AUTHORIZATION
CONSUN Resolution No. 03/86, published on 14/11/86
CONCEPT OF THE MINISTRY OF EDUCATION
Good
INFORMATION
OTHER INFORMATION
QUALIFIED TEACHING STAFF - UNISANTA is accredited to the National Petroleum Agency for research in the areas of Process Automation and Control, Development of Structured Algorithms in Paraconsistent Logic for Data Treatments and Decision Making. This national reference is another index of quality by the accreditation with the most reputed companies in the area of Petroelum.
The Electronic Research Center (NPE) and the groups of Paraconsistent Logic Applied in Intelligent Systems and the Automation and Robotics group encourage the production of scientific papers and research in Robotic Artificial Intelligence.
Students are encouraged to be involved in research by UNISANTA's Institutional Research Center (CIPE), which offers Scientific Initiation Scholarships for the development of projects.
Know some of the advantages of being a UNISANTA student
https://unisanta.br/VidaAcademica/Beneficios
Highlight in Toulouse, France and the Labor Market
COURSE FIELD
One of the functions of the professional is to exploit all the capacity of equipment of high technological performance for use in the most diverse areas. Can work in Telecommunications, Industrial Automation, Robotization, Instrumentation and related areas.
DIRECTOR
Eng. Antônio de Salles Penteado
COORDINATOR
Prof. Luis Fernando Pompeo Ferrara
BENEFITS
Consult discount scholarship program and fundingCURRICULUM
Basic Draw
General Physics Experimental I
Probability and Statistics
Principles of Electrical Engineering
Complementary Activities I
Electrical Circuits I
General and Experimental Physics II
Analytic Geometry and Linear Algebra
Computational Methods Applied to Engineering
Complementary Activities II
Numerical Calculation
Electrical Circuits II
General and Experimental Physics III
Topics of Mechanics
Electromagnetism I
Transport Phenomena
Chemistry for Electrical Engineering
Mathematics Applied to Engineering
Electrical Measurements and Instrumentation
Complementary activities III
Electromechanical Conversion of Energy I
Electromagnetism II
Electronics I
Electrical Installations I
Digital Systems I
Complementary Activities IV
Electronics II
Principles of Communication I
Artificial Intelligence
Advanced Programming
Digital Systems II
Complementary Activities V
Electric Materials
Hardware Architecture
Communication Systems
Video and Audio Systems
Digital Systems III
Complementary Activities VI
Industrial Automation I
Control and Servomechanisms I
Business management
Microwave
Digital Communications
Industrial Automation II
Control and Servomechanisms II
Industrial Electronics I
Undergraduate Project for Electronic Engineering I
Humanities, Citizenship and the Environment
Complementary Activities VII
Ergonomics, Hygiene and Safety at Work
Undergraduate Project for Electronic Engineering II
Advanced Topics Electronic Engineering
Complementary Activities VIII
Supervised internship
Optional Discipline
Libras
EVALUATION CRITERIA
The evaluations of the students are based on the skills and abilities necessary for the professional exercise, being defined in the Pedagogical Project of each Course of Graduation or Technology, following the Curricular Guidelines and the General Regiment of UNISANTA.
The evaluation of the school performance is done by discipline, according to the curricular activities developed, covering the aspects of frequency and grade.
It is considered approved in each discipline the student who has attended at least 75% of the academic work expected and obtained arithmetic mean equal to or greater than 5 (five) between the grade resulting from the partial evaluations and the final exam.
The final evaluation is granted only to the student who obtains, in each discipline, arithmetic mean equal to or greater than 3 (three), resulting from the partial evaluations.
The student who, in the course under study, has met the minimum frequency requirement and obtained an average of 7 (seven) or higher as a result of the partial assessments is waived from the final exam.
MORE INFORMATION
+55-13-3202-7132
IMPORTANTS LINKS
Control and servomechanism
Http://www.UNISANTA.br/controle
Course Site
Http://cursos.UNISANTA.br/engeletronica