55 Engineering Degree Programs in Mexico

NCUK International Foundation Year will give you specialist English language, study, and cultural skills that are an essential part of your degree course. This unique combination will help you to get into the University of your choice and get on with your future career.

Its objective is to train professionals capable of applying and generating knowledge to solve problems in chemical engineering and related fields. Aimed at professionals in chemical engineering and related disciplines who wish to acquire advanced training in the sciences of chemical engineering and basic training in research.

Postgraduate studies at the University have as a fundamental objective, to train specialists in specific disciplines to investigate, innovate, deepen and broaden their knowledge and culture; Likewise, they allow their participation in the development of science, technology, and the humanities to collaborate in the transformation and innovation of educational systems and the sectors of goods and services.

In our Degree in Automotive Engineering and Manufacturing, you will be able to intervene in the solution of problems related to the management of automotive parts manufacturing systems, as well as increase the productivity of the automotive and auto parts industry. You will manage quality management systems, design models for automotive manufacturing processes, and you will also learn to promote sustainable ecological development.

The main purpose of the Master's program in Materials Science and Engineering (MCIM) of the Autonomous University of Zacatecas is to train highly qualified human resources, with the capacity to generate technological and economic development in the region, with the capacity to innovate in scientific-technological tasks, always having as a premise sustainable development and social relevance.

This postgraduate program guides the training of human resources, directing the civil engineering area towards the specialization of professionals in structural, construction and environmental engineering, capable of participating in the different phases of the design, construction and maintenance of buildings, as well as in the management of work and its waste, with a vision of creating a first world society and achieving sustainable building models that are characterized by presenting during their construction and operation: energy savings, optimization of natural and human resources, and a minimization of waste.

The Biomedical Engineer educational program is organized in 10 compulsory semesters, this being semi-flexible. The number of SATCA credits to take the degree is 308, with a total of 66 subjects to take. The axes of knowledge that structure this program are the following: basic sciences, engineering sciences, applied engineering and design in engineering, social sciences and humanities, administrative, other courses, as well as social service, professional practices, and independent activities that They include sports, cultural and research training. Attached to the new educational model of the UAdeC, the orientation of this career is directed towards the autonomous construction of learning, centered on the student, with teaching actions aimed at stimulating knowledge;

The objective of the Master in Engineering Management is to develop leaders and project managers, specialists in their area of knowledge.

Engineering has been one of the great enablers of progress in modern society, since it has allowed us to transcend the natural limits of the human being. Currently there are highly demanding circumstances, such as overpopulation, increasing pressures on natural resources, hyper-connected societies and innovations that are spreading around the globe in less and less time; Faced with this panorama, there is a growing need to prepare specialists in the engineering area with a broader and more analytical vision, essential to move towards a modern society based on illustration, knowledge and critical dialogue.

Train high-level human resources in the area of ​​electrical engineering sciences with the capacity to carry out research, teaching, innovation and development-oriented to the industrial and academic sectors, with analytical, creative, and innovative capacity, committed to quality, ethics, and sustainable development

The Master's program in Aerospace Engineering (MIA) emerged in 2010 as a new proposal for the formation of highly specialized human capital capable of applying and transmitting knowledge to satisfy the science and technology needs of the academic, productive, and educational sectors. research and development, particularly in the aeronautical sector.

Business Industrial Engineering I will be able to: Manage processes in areas such as production, quality, finance, administration, and projects, as well as implement strategies and methodologies that allow me to solve problems in a methodical and comprehensive way; optimizing resources that satisfy the requirements of the company.

The ITESO Doctorate in Engineering Sciences promotes the training of engineers who develop research projects with the industry, to increase the scientific-technological capacity of the region, favor economic development, employment opportunities, social welfare and sustainability .

General objective To train professionals in the engineering area, capable of developing products and providing information technology services aimed at meeting the needs and expectations of a global market, through the use of data network infrastructure, project management, software development in various technological platforms, based on the best practices, norms and national and international standards, applicable in the context. They will be able to successfully integrate into interdisciplinary and intercultural workgroups, committed to quality and care for the environment, making decisions based on information systems, assuming an ethical and professional commitment in the performance of their work.

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.