17 Computer Science and IT Management Degree Programs in Mexico

The bachelor's degree in Computer Science aims to train professionals capable of creating, directing, and innovating organizations, optimizing resources, being competitive in a national and international environment, counting on the theoretical, practical, and methodological knowledge of information-oriented computing. planning, design, implementation, and administration of innovative computer systems applied in organizational processes, seeking greater efficiency in the management and control of information, thus promoting the development and innovation of information technology.

Graduates of the Computer Science Ph.D. program will be trained to conduct research in higher education institutions or independent research centers. Likewise, they acquire the capacity and autonomy to undertake innovative scientific or technological research projects. This will be both in public and private research institutions.

The Center for Engineering and Industrial Development (CIDESI), jointly with six other public research centers, offers the Interinstitutional Program in Science and Technology (PICYT) with recognition by the National Register of Postgraduate Quality (PNPC) of CONACYT . CIDESI offers through this Program: The Master of Science and Technology in: Mechatronic Metrology Design and Development of Mechanical Systems Automatic Control and Dynamic Systems Objective : To train highly qualified human resources to perform tasks of technological innovation and specialized exercise of the profession, aimed primarily at meeting the demand and needs of the industrial sector. Directed to : Professionals graduated with Bachelor's degrees in Engineering or related sciences to Mechanics, Mechatronics, Electromechanics, Control, Electronics, Electrical, Industrial Engineering, Mathematics, Actuaries, Computer Systems, Metallurgy, Materials, Industrial, Physics and related careers, depending on the terminal option.

This program is aimed at graduates of careers related to: Computing, Informatics, Computer Systems, Information Technologies, among others; interested in developing innovative technological projects and applied research in areas related to data science, artificial intelligence, internet of things, software systems and computer vision.

General objective To train intellectual capital of a high scientific and technological level capable of generating, innovating, applying, and transmitting current, academically relevant, and socially relevant knowledge, which affects the development of the productive sector, in the substantive areas and disciplines of the participating CONACYT centers.

The program is designed in such a way that the student who only takes the propaedeutics has the right to a Diploma and the student who takes one year of the master's degree will have the right to the Specialty in Computer Science diploma, as well as the one who completes the curricular structure will obtain the title master's degree

General objective To train professionals in the engineering area, capable of designing and implementing analog and digital systems with cutting-edge technologies, who collaborate technically and technologically in the manufacturing processes for the design of electronic systems aimed at the automation of processes and testing of prototypes in lines production, such as in automotive systems, computer cards, and smartphones. among others. All this, within the high technology markets both nationally and internationally.

Comprehensively train professionals with the knowledge, skills, and abilities to generate, analyze and interpret information from organizations that give added value to decision-making with an attitude of leadership and social responsibility, through the application of knowledge of the different organizational functions: management of computer resources, technological infrastructure, data processing and organization, design and development of computer applications, according to the changes and current demands of your field of work.

The Master of Science with the option of Computing or Applied Mathematics, is based on its two terminal areas. The student will have a thesis tutor appointed from the second semester to ensure personalized attention that will guide them to organize, plan and develop their protocol. , in addition to giving them the opportunity to develop their skills and generate their own needs to face the problems of their line of research and that they will develop in the research seminars.

To train researchers with the capacity to give results in computer and technology companies' information and communications, as well as in centers' research and engineering training schools, to carry out scientific and technological projects in software engineering, distributed systems, vision artificial, and related areas.

The objective that the Center for Higher Studies of Córdoba intends to achieve in the development of the Study Plan is to train professionals capable of creating intelligent systems that serve as support in decision-making through the establishment of strategies that allow a logical-scientific analysis of existing information in order to plan, organize, direct and control actions and resources within organizations through the use of computer methods, techniques, and systems.

The MTA master's degree has a duration of 2 years, it is flexible, and they can enter having completed engineering, in areas of Industrial, Manufacturing, Mechanics, Energy, Robotics, Electrical, Electronics, Mechatronics, or automotive. During the second year of training, the student will develop their research and/or technological development project and will document the results in a thesis.

The Postgraduate Program in Optimization will provide students at the Master's level with the elements that allow them to: Build or adapt mathematical models to represent optimization problems. Differentiate the possible techniques to use in solving mathematical models of optimization problems. Understand and explain the theoretical foundations of modeling and optimization techniques. Design, analyze and implement algorithms for specific optimization problems. Know the existing software and select the right one for solving particular problems. Interact with other professionals in solving application problems. Communicate messages of scientific and technical content with clarity and order, orally and in writing. Continue with doctoral studies and other academic and research activities.

Direct information technology projects, to contribute to the productivity and achievement of the strategic objectives of the organizations using the appropriate methodologies. Formulate information technology projects, through standard processes and quality models to contribute to the achievement of the strategic objectives of the organizations. Plan information technology projects for the effective implementation of solutions, using the resources available in the organization. Build the information technology project using quality standards and models to contribute to the competitiveness of organizations. Direct the process of implementation of information technology projects, through its correct execution to achieve the goals and objectives using managerial skills. Evaluate information technology systems to establish improvement and innovation actions in organizations through the use of audit methodologies. Diagnose the information technology system, through audits and methodologies based on standards to identify current conditions. Propose the implementation of new technologies, to address areas of opportunity and innovation in organizations by evaluating existing technologies in the market.

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.