To train competent Mechanical Engineers who can apply their scientific, technical and socio-cultural knowledge to design manufacture innovate and maintain: machines productive systems production equipment, and mechanical devices.

Optimally exploit the various types of energy Project start-up and maintain in operation industrial plants Research and implement new technologies. Create and manage micro, small and medium enterprises in the metal-mechanical area. Provide advice for problem-solving, reducing costs and costs, and increasing efficiency and quality.

Promote the incorporation of postgraduate studies.

Applicants to study one of the engineering careers offered at the four ESIME campuses must have the following basic knowledge, skills, attitudes, and values:

• Theoretical and practical knowledge of the Physical-Mathematical sciences background.
• Reading fluency and comprehension, as well as the ability to express themselves in everyday and scientific languages, both orally and in writing.
• Logical reasoning skills: analysis, synthesis, and application of knowledge.
• Use of the scientific methodology.
• Comprehension, handling, and application of information formulated in different languages: symbolic and computational graphics; as well as reading comprehension of English.
• Manual skills for laboratory work with specialized instruments.
• Disposition for self-learning that favors their intellectual, affective, and social development.
• Creativity to solve new situations, achieve improvements and solve problems.
• Willingness to work in teams
• Responsibility, respect, honesty, and social solidarity

At the end of their studies, graduates will be able to base and apply scientific and technological knowledge, as well as the skills, attitudes and values necessary for the exercise of their profession for the benefit of society and the development of the nation.

In his professional activity the graduate will be able to:

• Design, maintain and build mechanical engineering devices, equipment and machines.
• Project design and put into operation plants and systems that integrate Mechanical Engineering equipment.
• Research, adapt and build new technologies and knowledge
• Plan, organize, advise and direct manufacturing and maintenance service companies in Mechanical Engineering.
• Apply the national, international, and institutional technical, legal, legal, ethical, ecological, hygiene and safety standards inherent to Mechanical Engineering.
• To instruct and train various personnel in the branches of Mechanical Engineering.
• To understand, apply and develop the basic technical and socioeconomic scientific principles of Mechanical Engineering.
• Manage the principles and applications of other disciplines related to Mechanical Engineering.
• Obtain and process information orally and in writing for projects and investigations.
• Apply creative and innovative logical-analytical thinking for problem analysis and decision making
• Use the processes, methods, instruments, and tools of Mechanical Engineering.
• Willingness to work methodically and efficiently both individually and in groups.
• Critical, responsible, participative, enterprising, and solidary attitude towards 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.
• Continue with postgraduate studies.

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.

Companies producing goods and services in both the public and private sectors employ mechanical engineers in areas of industrial design and research as well as in production processes at the installation, maintenance, and operation levels.

The field of mechanical engineering is in important sectors such as:

• The Automotive Assembly and Parts Production Industry.
• The Metal Mechanical Industry.
• Chemical and Petrochemical Industry.
• The Household Appliance Production Industry.
• Manufacturing Design Research.
• Services.
• Teaching.

Due to the current conditions of the labor market, the demand for Mechanical Engineers has increased, so the occupational trend will increase. It is considered that this proposal is feasible since the Academic Units involved have most of the resources.

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

• ESIME Unidad Azcapotzalco
• ESIME Unidad Culhuacán