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imagen-Electrical Engineering

Program / Electrical Engineering

Objective

To train professionals capable of planning, projecting, designing, innovating, controlling, installing, constructing, coordinating, directing, maintaining and administering equipment and systems, apparatus and devices for the generation, transformation, and use of electrical energy in all its applications, as well as operating electrical equipment and materials, taking to account their interrelation with power distribution and utilization systems.

Candidate's Profile

  • Theoretical and practical knowledge of the physical-mathematical sciences background.
  • Reading fluency and comprehension, as well as the ability to express oneself in everyday and scientific languages, both orally and in writing.

Graduate's profile

Professional Duties and Tasks

  • Design, build and maintain devices, equipment, and machines of the branch of engineering studied.
  • Project design and put into operation plants and systems that integrate equipment of the branch of their engineering.
  • Research, adapt, and build new technologies and knowledge.
  • To plan, organize, advice, and direct manufacturing and maintenance service companies in the area of their competence.
  • Willingness to work methodically and efficiently both individually and in groups.

Knowledge

  • To apply the national, international, and institutional technical, legal, ethical, ecological, hygiene and safety standards inherent to their professional activity.
  • To instruct and train various personnel in their fields of competence.
  • To understand, apply and develop the basic technical and socio-economic scientific principles of engineering.

Skills

  • Manage the principles and applications of other engineering disciplines related to their specialty.
  • Obtain and process information in oral and written form for projects and research.
  • Apply creative and innovative logical-analytical thinking for problem analysis and decision-making.
  • Use the processes, methods, tools, and instruments of engineering in their specialty.

Attitudes and Values

  • Willingness to work methodically and efficiently both individually and in groups.
  • Critical attitude, responsible, participative, enterprising, and supportive of the social, economic, cultural, cultural, political, ecological reality and professional ethics.
  • Ability to establish interpersonal relationships with empathy and self-understanding to exercise organizational leadership.
  • Willingness for research.

Academic Requirements

The requirements to become a student at the Institute are:

  1. To comply with the academic background and other requirements indicated in the respective call for applications.
  2. To take the admission exam for the higher level.
  3. To be selected for admission.

Work Field

Electrical engineers graduating from ESIME highlight their participation in many areas of the public and private electricity sector.

  • In the public sector as project engineers for hydroelectric, thermoelectric, carboelectric, nuclear, combined cycle, and other generation plants; in projects of transmission lines, distribution, substations, rural electrification, distribution networks, load dispatching, and demand management; in the management of automated systems and electrical protections and in the operation and maintenance of electrical power systems.
  • For the CFE (Comisión Federal de Electricidad) in essence the energy demand in recent years has grown exponentially and the trend is to continue growing shortly, so the field of activity for Mexican engineers is:

    • Basic or conceptual engineering projects.
    • Detailed engineering projects.
    • Construction and erection equipment and systems specifications.
    • Commissioning and start-up.
    • Operation and maintenance.
  • In the private sector, mainly in electrical manufacturing companies, our engineers are involved in the design and manufacture of: three-phase and single-phase electric motors of all types; distribution and power transformers; high and low voltage electrical panels; reactors and capacitors; connectors; electromagnetic starters and a large number of electrical devices and appliances.

  • In the transformation and metal-mechanic industry, in the iron and steel, automotive, paper, bottling, household appliances, rubber, textile, chemical and petrochemical, pharmaceutical, and mining industries, among others.
  • Educational sector, in public and private institutions that offer the career of Electrical Engineering and related branches.

Curriculum Map

Check the list of subjects, credits and total hours of the program in: