As a Mechanical Systems Engineering professional, your mission is to create innovative systems and technologies that enhance human potential, positively impact countless lives, and shape a brighter future. In México, engineering careers have experienced tremendous growth in recent years, and Mexico has become a source of talent for multiple industries operating in the United States, given its proximity, cultural compatibility, and bilingual talent.

The Aeronautical Mechanical Design Engineer has the professional competencies necessary for his performance in the labor field, at the local, regional and national levels. PROFESSIONAL SKILLS Professional competencies are the skills and attitudes that allow the Engineer to develop activities in his professional area, adapt to new situations, as well as transfer, if necessary, his knowledge, skills, and attitudes to nearby professional areas. Generic Competences: Raise and solve engineering problems based on the principles and theories of physics, chemistry, and mathematics, through the scientific method to support decision-making in the scientific and technological fields. Develop and strengthen instrumental, interpersonal, systemic, and managerial skills to communicate in a second language.

General objective To train professional engineers with a scientific, technological, and humanistic base who are capable of selecting, developing, sustaining, and innovating systems, processes, and industrial and service products with a mechanical, electronic, robotic, and automation approach, with a sense of responsibility with their environment socio-cultural and environmental. This career has four optional modules of training areas: Biomedical, Automotive, Robotics, and Productivity, which allow the student to choose the type of training according to their professional aspirations.

Develop automation and control projects, through the design, administration, and application of new technologies to satisfy the needs of the productive sector. Design electrical, mechanical, and electronic systems through integrative projects, to automate and control production processes. Manage human, material, and energy resources considering the design and conservation requirements of an automation and control system, through the project management methodology for the effective implementation of the project. Directly integrated projects of electrical, mechanical, and electronic systems through the development and conservation plan for their effective implementation in the automation and control of systems.

The automotive mechanical engineer is in charge of preserving, designing, optimizing, and validating the automotive components that constitute individual parts of the automobile. Has full knowledge of the interaction between all automotive mechanical components as well as electrical and electronic ones.

Develop automation and control projects, through the design, administration, and application of new technologies to satisfy the needs of the productive sector. Design electrical, mechanical, and electronic systems through integrative projects, to automate and control production processes. Manage human, material, and energy resources considering the design and conservation requirements of an Automation and control system, through the project management methodology for the effective implementation of the project.

Professional competencies are the skills and attitudes that allow the Engineer to develop activities in his professional area, adapt to new situations, as well as transfer, if necessary, his knowledge, skills, and attitudes to nearby professional areas.

Note: This Bachelor of Naval Architecture program is taught in Spanish only. La carrera de Ingeniería Naval fue la primera que existió en el país, es otra de las carreras que han logrado un prestigio importante dentro de la Universidad Veracruzana y fuera de ella, pues incluso algunos extranjeros vinieron a estudiar a Veracruz.