- Bachelor's Degree in
- Civil Engineering
- Degree to be obtained
- Civil Engineer
- Academic degree
- Bachelor's Degree
- Duration
- 5 years and a half
- Modality
- In-person and virtual
- Schedule:
- Weekdays and Saturday session
- Career description
-
The Civil Engineering career consists of carrying out projects, directing construction works, calculating and designing anti-seismic structures, in accordance with international standards and regulations; in order to obtain safe infrastructure works. A civil engineer has the ability to develop executive projects according to the public or private call based on market needs to determine the project resources.
- What will you learn during the program?
-
In the Civil Engineering program, students acquire theoretical and practical knowledge in topography, mathematics, physics, geometry, pavements, hydraulics and hydrology, design of structural elements, structural analysis, economic engineering and soil mechanics. Students will master calculus techniques, algebra, geometry, plan design and drainage systems, as well as structural integrity assessment and project planning from an economic and financial perspective. They will also study other topics related to civil engineering, such as project management, construction safety and sustainability in engineering.
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AdmissionProfile
To be a graduated from high school with knowledge in mathematics, physics and language. Knowledge of the Internet and Microsoft Office. Ability to study and work independently.
Graduate'sProfile
The graduates obtain the knowledge and skills that they should have at the end of the degree program. The Civil Engineering graduate performs structural and geotechnical analysis and design of hydro-sanitary installations, as well as the construction and maintenance of physical infrastructure with emphasis on the use and conservation of natural resources.
Career Opportunities
Civil Engineer work in all services and companies engaged in the management, design, construction and operation of infrastructure projects, specifically in structural analysis and design, construction, road design and planning and administration management.
Curriculum
| 1° Ciclo | ÁLGEBRA SUPERIOR | DESARROLLO HUMANO Y PROFESIONAL | DIBUJO TÉCNICO | GEOMETRÍA PLANA Y DEL ESPACIO | PROGRAMACIÓN PARA LA CIENCIA E INGENIERÍA I | |
|---|---|---|---|---|---|---|
| 2° Ciclo | CÁLCULO I | DIBUJO ASISTIDO POR COMPUTADORA | HISTORIA Y COMUNICACIÓN CIENTÍFICA | PROGRAMACIÓN PARA LA CIENCIA E INGENIERÍA II | QUÍMICA INORGÁNICA I | TOPOGRAFÍA I |
| 3° Ciclo | ALGEBRA LINEAL I | CÁLCULO II | DIBUJO CONSTRUCTIVO Y TOPOGRÁFICO | FÍSICA I | TOPOGRAFÍA II | |
| 4° Ciclo | ALGEBRA LINEAL II | CÁLCULO VECTORIAL Y MULTIVARIABLE | FÍSICA II | GEOLOGÍA I | LEGISLACIÓN APLICADA A INGENIERÍA CIVIL | TOPOGRAFÍA III |
| 5° Ciclo | ECOLOGÍA Y SOSTENIBILIDAD AMBIENTAL | ECUACIONES DIFERENCIALES ORDINARIAS | FÍSICA III | GEOLOGÍA II | MECÁNICA DE CUERPOS RÍGIDOS I | |
| 6° Ciclo | CONTABILIDAD APLICADA A INGENIERÍA CIVIL | ECUACIONES DIFERENCIALES PARCIALES | ESTADÍSTICA Y PROBABILIDAD APLICADA A INGENIERÍA CIVIL | INGENIERÍA DE CARRETERAS I | MECÁNICA DE CUERPOS RÍGIDOS II | MECÁNICA DE SÓLIDOS I |
| 7° Ciclo | ANÁLISIS NUMÉRICO | INGENIERÍA DE CARRETERAS II | MECÁNICA DE FLUIDOS I | MECÁNICA DE SÓLIDOS II | MECÁNICA DE SUELOS I | TIPOLOGÍA ESTRUCTURAL |
| 8° Ciclo | ANÁLISIS ESTRUCTURAL I | HIDRÁULICA | INGENIERÍA ECONÓMICA Y TEORÍA DE DECISIONES EN INGENIERÍA CI | MATERIALES DE CONSTRUCCIÓN | MECÁNICA DE SUELOS II | |
| 9° Ciclo | ANÁLISIS ESTRUCTURAL II | DISEÑO DE ESTRUCTURAS DE CONCRETO I | DISEÑO DE ESTRUCTURAS DE MADERA Y MAMPOSTERÍA | HIDROLOGÍA I | INVESTIGACIÓN DE OPERACIONES APLICADO A INGENIERÍA CIVIL | |
| 10° Ciclo | COSTOS, PRESUPUESTOS Y AVALÚOS | DISEÑO DE ESTRUCTURAS DE CONCRETO II | HIDROLOGÍA II | INGENIERÍA DE TRÁNSITO Y SISTEMAS DE TRANSPORTE | INGENIERÍA SANITARIA I | |
| 11° Ciclo | CIMENTACIONES | DISEÑO DE ESTRUCTURAS DE ACERO | INGENIERÍA SANITARIA II | OBRAS HIDRÁULICAS | PAVIMENTOS |