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campus irapuato salamanca


To train and prepare human beings in the discipline of electrical engineering, aware of their environment, useful to society, and leaders in their field, through the knowledge and application of the recent technological advances and the basic sciences, with a broad criterion and professional ethics in decision making within their field of action.


The Electrical Engineering program will be recognized as a world class program, aligned with the vision of the institutional development plans in its different scopes, contributing to the fulfillment of its attributes.


To form integrally graduates in electrical engineering with the capacity to design, evaluate, control, install, operate, administer and maintain systems for the generation, transformation, transmission, distribution and use of the electric energy, Seeking the use of resources for the benefit of society to guarantee the standards of quality and productivity in the framework of sustainability.

Specific competences of the Electrical Engineering Education Program
  • SC1: Develops the ability of abstraction and critical thinking through applying the knowledge of the basic sciences in the solution of problems related to the fields of engineering.
  • SC2: Analyzes electrical systems to solve problems in the areas of generation, transmission, distribution and control using a solid and up-to-date computer knowledge base.
  • SC3: Analyzes and manages electrical systems, in the areas of generation, transformation, transmission, distribution, control and consumption of electrical energy, to propose solutions to the problems concerning the electrical engineering.
  • SC4: Knows and applies standards and standards in electrical engineering for the development of certified products and systems, satisfying reliability, safety and sustainability specifications.
  • SC5: Analyzes electrical energy systems to establish measures of saving and efficient use of the electric energy, as well as strategies for the improvement in the quality of energy.
  • SC6: Designs and implements projects related to the generation of electric energy based on renewable energy sources for the reduction of environmental pollution.
  • SC7: Manages projects involving human, material and energetic resources, for the generation of value in the organizations and exercising leadership in interdisciplinary teams, with a focus of social responsibility.
After graduating, the engineers in communications and electronics
  • They apply the skills and competencies acquired to be inserted in the productive electrical sector at a state, regional or national level, developing as a professional in specific areas such as electrical construction, installation and start-up of equipment, electrical, maintenance, planning, design, electrical power management, operation or control of electrical systems.
  • They apply the skills and competencies acquired to be inserted in the academic sector, research, innovation or technological development in electrical engineering, developing in research centers or technological development, Institutions of higher education or postgraduate studies.
  • They develop professionally considering the responsible use of resources to ensure compliance with quality and productivity standards within a framework of energy sustainability, taking care of the environment and benefit of the society.

Its modality is a credit system.


For more information, please visit

Study Plan

The study plan proposed fot the degree in Electrical Engineering is charcaterized for being a semiannual plan; which, a dedicated student (full-time), will conclude in 9 terms.

  • First Enrollment
  • Linear algebra
  • Differential calculus
  • Mechanics
  • College chemistry
  • Cultural and intercultural formation
  • College life integration
  • Second Enrollment
  • Electromagnetism and waves
  • Integral calculus
  • Turbomachinery for electrical engineering
  • Science of Engineering materials
  • Information systems fundamentals
  • Third Enrollment
  • Numeric methods
  • Differential equations
  • Vectorial and multivariable calculus
  • Probability and statistics
  • Engineering drawing
  • Entrepreneur spirit
  • Fourth Enrollment
  • D.C. electrical circuits
  • Electromagnetic theory
  • Programming in electrical engineering
  • Signals and systems
  • Social responsibility
  • Human development and communication
  • Fifth Enrollment
  • AC electrical circuits
  • Electrical measurements
  • DC machines and transformers
  • Continuous control
  • Optional from complementary area
  • Sixth Enrollment
  • Electronic of power
  • Electrical installations
  • Renewable energy sources
  • Synchronous and asynchronous machines
  • Electronic equipment control
  • Seventh Enrollment
  • Optional from deepening area
  • Electrical network modeling and calculus
  • Energetic efficiency
  • Electrical centrals
  • Deepening area optional
  • Eighth Enrollment
  • Deepening area optional
  • Power electrical systems analysis
  • Deepening area optional
  • Electrical substations
  • Engineering projects
  • Ninth Enrollment
  • Deepening area optional
  • Coordination of protections
  • Work ambience immersion
  • Degree project seminar
Offered in:

Campus Irapuato-Salamanca, Engineering Division (DI)
Venue Salamanca
Carretera Salamanca – Valle de Santiago Km. 3.5 + 1.8; Comunidad de Palo Blanco; C.P. 37000; Salamanca, Gto.
Phone: +52 01 (464) 647 99 40
Campus Webpage:
Division Webpage:

Analyzes electrical systems to solve problems in the areas of generation, transmission, distribution and control using a solid and up-to-date computer knowledge base.



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Lascuráin de Retana No. 5, Col. Centro C.P. 36000

Guanajuato, Gto., México

Tel: +52 (473)  732 00 06

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