Bachelor's Degree in
Electrical Engineering
Degree to be obtained
Bachelor's Degree in Electrical Engineering
Academic degree
Bachelor's Degree
Duration
5 years and a half
Modality
In-person and virtual
Schedule:
Daily Morning and afternoon sessions
Career description

To train professionals capable of interpreting the phenomena in which electrical energy intervenes, making possible its planning, generation, transmission, maintenance and use in a safe, efficient, economic and sustainable manner. With knowledge of electrical power systems, automation, control and power electronics, competent, analytical, able to solve problems, manage and administer projects, establish effective communication and with a high sense of professional responsibility to make efficient and rational use of resources.

What will you learn during the program?

To guide the design of electrical, electromagnetic, electronic and electrical systems for the generation, transport and distribution of electrical energy and their applications.

Gallery

AdmissionProfile

- Possesses a general knowledge of the field of electrical engineering and have an inclination for it.

- The aspiring electrical engineer should be a person with knowledge and skills in the physical and mathematical sciences.

- Possesses the skills and knowledge to communicate orally and in writing in a satisfactory manner.

- Has a general knowledge of national and international social problems.

- Possesses sensitivity, creativity and social commitment.

- Has the ability to solve problems.


Graduate'sProfile

- Design electrical energy production, transmission and distribution systems.

- Establish control standards and procedures that guarantee the efficient operation and safety of production and distribution systems, motors and electrical equipment.

- Have the ability to design, create, optimise and maintain maintenance programmes.

- Have the ability to operate and construct generating stations, substations and power lines.

- Basic knowledge of circuit theory, electronics and microprocessors.

- Instrumentation, metering, power generation and electrical networks.

- Control, residential and industrial electrical installations.

- Knowledge of projects and unit prices.

- Designing, analysing and constructing electrical equipment and/or systems to solve problems.

- Simulate models to predict the behaviour of electrical systems using computational platforms.

- Design and solve problems in the productive sector by means of automation, instrumentation and control.

- Develop and manage research and/or technological development projects.

- Plan, organise, direct and control activities of installation, updating, operation and maintenance of electrical equipment and/or systems.

Career Opportunities

Analysis, design and development of domestic, industrial and power electrical systems. Industrial automation. Systems for the generation, transformation, transmission and supply of electrical energy.

Curriculum

Ciclo ALGEBRA SUPERIOR DESARROLLO HUMANO Y PROFESIONAL DIBUJO ASISTIDO POR COMPUTADORA GEOMETRÍA PLANA Y DEL ESPACIO QUÍMICA INORGÁNICA I
Ciclo ALGEBRA LINEAL I CALCULO I HISTORIA Y COMUNICACIÓN CIENTÍFICA PROGRAMACIÓN PARA LA CIENCIA Y LA INGENIERÍA I QUÍMICA INORGÁNICA II
Ciclo ALGEBRA LINEAL II CALCULO II ESTADÍSTICA Y PROBABILIDAD PARA LA CIENCIA Y LA INGENIERÍA FÍSICA I PROGRAMACIÓN PARA LA CIENCIA Y LA INGENIERÍA II
Ciclo CALCULO VECTORIAL Y MULTIVARIABLE ECUACIONES DIFERENCIALES ORDINARIAS ESTADÍSTICA INFERENCIAL FÍSICA II METODOLOGÍA DE LA INVESTIGACIÓN EN INGENIERÍA
Ciclo ANÁLISIS DE VARIABLE COMPLEJA ECUACIONES DIFERENCIALES PARCIALES FÍSICA III LEGISLACIÓN PARA INGENIEROS PROCESOS ESTOCÁSTICOS
Ciclo ANÁLISIS NUMÉRICO CIRCUITOS ELÉCTRICOS I FÍSICA IV SEÑALES Y SISTEMAS TEORÍA ELECTROMAGNÉTICA I
Ciclo CIRCUITOS ELÉCTRICOS II CONVERSIÓN DE ENERGÍA ELECTROMECÁNICA I ELECTRÓNICA ANALÓGICA ELECTRÓNICA DIGITAL TEORÍA ELECTROMAGNÉTICA II
Ciclo CONVERSIÓN DE ENERGÍA ELECTROMECÁNICA II INGENIERÍA ECONÓMICA INTRODUCCIÓN A LA GENERACIÓN DE ENERGÍA ELÉCTRICA MÁQUINAS ELÉCTRICAS I SISTEMAS DE CONTROL ANALÓGICO
Ciclo ELECTRÓNICA INDUSTRIAL INSTALACIONES ELÉCTRICAS LÍNEAS Y REDES ELÉCTRICAS EN MEDIA Y ALTA TENSIÓN MÁQUINAS ELÉCTRICAS II (TRANSFORMADORES Y GENERADORES) SISTEMAS DE CONTROL DIGITAL SISTEMAS DE POTENCIA
10° Ciclo ALTAS TENSIONES ANÁLISIS DE SISTEMAS DE GENERACIÓN INSTRUMENTACIÓN INDUSTRIAL RELEVACIÓN INDUSTRIAL SUB-ESTACIONES ELÉCTRICAS
11° Ciclo AUTOMATIZACIÓN INDUSTRIAL EMPRENDIMIENTO, INNOVACIÓN Y PROYECTOS MANTENIMIENTO DE SISTEMAS ELÉCTRICOS MERCADOS ELÉCTRICOS REGULACIÓN Y NORMAS ENERGÉTICAS SISTEMAS DE PROTECCIÓN ELÉCTRICA
* This curriculum is for informational purposes only, if you need an official curriculum please request it at the faculty office, career direction office, or University Center office.
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Contact information

Engineering Building (Opposite Faculty of Medicine) Office Hours: Monday to Friday from 07:00 to 21:00 hours and Saturday from 09:00 to 12:00 hours