Comprehensively form graduates in Agricultural Mechanical Engineering with an ecological and humanistic sense with the capability to mechanize and innovate the agricultural processes and products through modern technologies and methodologies with the purpose to increase the production and commercialization taking care of the preservation of the natural resources and incorporating the human, environmental and economic factors in the decision making.

The applicant for the program must have high school degree or equivalent, preferably in the areas of physical-mathematics, chemical-biologicals or their equivalent.

For more imformation, please visit www.ugto.mx/admision

The study plan (2015) is composed by 52 learning units with a total of 257 credits; its modality is a credit system (areas: general, basic, common, disciplinary basic, deepening and complementary); the school periods are semiannual; and the new entry promotion is in January and August respectively.

To train professionals capable of identifying, developing and applying solutions to multidisciplinary needs of the various sectors at national and international levels, from the perspective of mechanical engineering; demonstrating high ethical and moral values that promote welfare and social responsibility, scientific and technological development.

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

Train competent Mechanical engineers in the various areas of knowledge of their profession that allows them to develop efficiently in the industry, in research, in education, in the productive, economic and social sectors, both national and international, with an adequate management of the information technologies and a High sense of social responsibility.

• SCI2: 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.
• SC1: Designs, draws, analyzes, selects and controls machines, mechanisms and energy systems to maintain and improve industrial processes using traditional techniques, computer aided drawing (CAD) and Computer Aided Engineering (CAE) with specialized software.
• SC2: Knows, plans and performs conventional and non-conventional manufacturing processes, using conventional machines, computer numerical control machines (CNC) and Computer Aided Manufacturing (CAM).
• SC3: Designs and controls electro-mechanical, hydraulic and pneumatic systems, for the conversion of energy between its various forms that allow the automation of tasks in an efficient way.
• SC4: Designs and analyzes rotary machines, reciprocating mechanisms and robotic manipulators to streamline their operation and for the improvement of processes and tasks.
• SC5: Knows the properties of metallic, polymeric, ceramic and composite materials for application in the industry.
• SC6: Has knowledge of bioengineering, nanotechnology, microelectromechanical Systems (MEMS) to collaborate in interdisciplinary projects.
• SC7: Analyzes and develops energy-efficient projects using conventional and alternating energy sources to reduce the consumption of non-renewable energy resources.
• SC8: Meet and apply standards and standards in their areas of expertise for the development of certified products and systems satisfying reliability, security and sustainability specifications.

• To demonstrate their attributes and capacities in the productive or service sector, in companies related to mechanical engineering.
• Create alternative self-employment by promoting their own professional development, solving problems related to mechanical engineering in industry or research.
• To base the need to continually update to have the tools that allow them to enhance or transfer their knowledge.
  Lead with leadership to multidisciplinary or interdisciplinary groups in carrying out activities with a social responsibility approach.

Its modality is a credit system

Enrollments in semiannual periods (6-month terms). For more information, please visit www.ugto.mx/admision.

The study plan includes 70 subjects with a total of 333 credits. Includes English as a creditable subject. It takes on the engineering area common core. The school periods are semiannual.

The mechanical Engineering program will be recognized as a world-class program,

Aligned with the vision of institutional development plans in their different scopes, contributing to the fulfillment of their attributes.

Form professionals with a high critical and analytical capacity with methodological, technical and social knowledge allowing them to take part in the problem-solving related with behavior, control, better use, preservation, handling of surface & underground water. With hydraulic planning, administration and management; design, installation, operation, and maintenance of the hydraulic systems. Plus, they will have commitment and awareness in the better use of water for sustainable development.

Enrollments in semiannual periods (6-month terms). For more information, please visit www.ugto.mx/admision

The study plan (1999) includes 53 subjects with a total of 368 credits. Includes English as a creditable subject. It takes on the engineering areas common core. Its modality is a credit system. The school periods are semiannual.

* C.C. = Common Core