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Conferred degree: Telecommunications Engineer
Length of the program: From three and a half to four and a half years
Credits required: 412
Program: Semesters
Field of Work:
The Telecommunications Engineering graduate will be a professional possessing solid scientific grounding and extensive knowledge in the areas of telecommunications, operating systems, servers and associated electronic devices. This grounding and knowledge will prepare graduates to use their knowledge in the implementation and design of electronic, optic and electromagnetic communications for data transmission, allowing them to implement telecommunications solutions involving antennae, satellites, cables, fiber optics, microwaves, data center design, and networks in businesses, cities or the world in general.
For example:
In addition, graduates will be prepared to study a postgraduate degree in the areas of computation, computer science and engineering. Finally, through appropriate additional training (Specialization or Master’s Degree in Teaching), graduates will be able to enter the academic world as teachers at the high school and college level.
Entrants must display the following characteristics:
Graduate Profile
Graduates of the Telecommunications Engineering Program will display the following characteristics:
The ability to:
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First Semester |
Credits
|
Second Semester |
Credits
|
Third Semester |
Credits
|
| Linear Algebra | 8 |
Differential and Integral Calculus | 8 |
Vectorial Calculus | 8 |
| Electricity and Magnetism | 6 |
Analogical Electronics | 6 |
Organization and Computational Architecture SSD2 |
8 |
| Digital Logic | 6 |
Digital Electronics | 6 |
Digital Systems | 6 |
| Classical Mechanics | 8 |
Interface Design | 6 |
Database Systems | 6 |
| Introduction to Information Systems | 6 |
Programming I (PDOO) | 6 |
Algorithms and Data Structures | 6 |
Introduction to Computational Systems |
6 |
Modern Physics | 8 |
Low-level Programming | 6 |
| English I | 4 |
English II | 4 |
English III | 4 |
Fourth Semester |
Credits
|
Fifth Semester |
Credits
|
Sixth Semester |
Credits
|
| Differential Equations | 8 |
Accounting | 8 |
Financial Administration | 8 |
| Administration | 8 |
Fourier Standards and Transformers | 8 |
Signals and Data Transmission | 8 |
| Computational Mathematics | 8 |
Structured Wiring | 6 |
Voice/IP | 6 |
| Techniques of Web Design | 6 |
Elective: Administration S.O I | 6 |
Elective: Administration S.O II | 6 |
| Operating Systems I | 8 |
Networks II | 6 |
Networks | 6 |
| Networks I | 6 |
Field work I | 24 |
Field Work II | 24 |
| English IV | 4 |
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Seventh Semester |
Credits
|
Eighth Semester |
Credits
|
||
| Computational Law | 6 |
Satellite Communications | 6 |
||
| Introduction to Artificial Intelligence | 8 |
Evaluation: Telecommunications Project |
6 |
||
| Optic Communications | 6 |
Wireless Networks | 6 |
||
| Elective: Administration S:O. III | 6 |
Network Security | 6 |
||
| Networks IV | 6 |
Field Work IV | 24 |
||
| Fieldwork III | 24 |
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Enrollment and re-enrollment fees:
Admissions period: January and July
Last updated: may 31, 2007
Creation of the program: may 31, 2007
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