![]() |
![]() |

Conferred degree: Computational Engineer
Length of the program: From three to four and half years
Credits required: 400
Program: Semesters
Field of Work
Graduates of the degree will be professionals possessing a solid foundation in scientific principles and extensive knowledge in the areas or programming, digital systems, and operating systems that enables them to construct micro-systems. They will be able to help organizations to select, analyze, and implant computing solutions that will permit them to specify software solutions. The knowledge they possess will enable them to construct interfaces by means of sensors and actuators that control electronic subsystems locally and at a distance. Additionally, they will be able to develop professionally in the fields of technical research and development, in the public and private sectors. They will also be prepared to take postgraduate courses in the areas of computation, computer science and engineering. Finally, through the appropriate additional training (Specialization or Master's in Teaching), they will be able to participate in the academic arena as a teacher at the high school or college level.
Entrance Profile:
Graduate Profile:
Graduates of Engineering in Computation program will be professionals with the following characteristics:
Skills to judge the needs of potential users of products and services.
The ability to plan and evaluate projects related with their field of study.
An attitude of leadership when working in multidisciplinary teams.
Perseverance in problem solving.
The capacity to maintain up-to-date in their field of expertise.
First Semester |
Credits
|
Second Semester |
Credits
|
Third Semester |
Credits
|
| Linear Algebra | 8 |
Differential and Integral Calculus | 8 |
Numeric Methods | 8 |
| Classical Mechanics | 8 |
Computational Mathematics | 8 |
Vector Calculus | 8 |
| Electricity and Magnetism | 6 |
Modern Physics | 8 |
Digital Systems | 6 |
| Digital Software | 6 |
Analogical Electronics | 8 |
Database I | 6 |
| Introduction to Information Systems | 6 |
Digital Electronics | 6 |
Algorithms and Data Structures |
6 |
| Introduction to Computational Systems | 6 |
Programming I (PDOO) | 6 |
Low Level Programming | 6 |
| English I | 4 |
Interface Design | 6 |
Accounting | 6 |
| English II | 4 |
English III | 4 |
||
Fourth Semester |
Credits
|
Fifth Semester |
Credits
|
Networks II |
Credits
|
| Differential Equations | 8 |
Networks I | 6 |
Redes II | 6 |
| Signals and Data Transmission | 6 |
Elective Systems I | 8 |
Elective on Administration I | 6 |
| Organization and Computational Architecture | 8 |
Sensors and Transductions | 6 |
Interconnectivity of Devices | 6 |
| Techniques in Web Design Administration | 6 |
Programming III | 6 |
Programming IV | 6 |
| Programming II | 8 |
Field Practice I | 24 |
Field Practice II | 24 |
| Development of Multimedia Systems | 6 |
||||
| Introduction to Artificial Intelligence | 8 |
||||
| English IV | 4 |
||||
Seventh Semester |
Credits
|
Eighth Semester |
Credits
|
||
| Network Administration | 6 |
Structured Wiring | 8 |
||
| Elective on Administration II | 6 |
Elective on Administration III | 6 |
||
| Financial Administration | 8 |
Computer Science and the Law | 6 |
||
| Programmable Devices | 6 |
Remote Controls | 6 |
||
| Field Practice III | 24 |
Field Practice IV | 24 |
Enrollment and re-enrollment fees:
Admissions period: January and July
Last updated: June 31, 2007
Creation of the program: April 29, 1999
|
![]() |
![]() |