To train highly qualified professionals in the design, development, improvement, administration, and operation of systems for the processing, storage, and transmission/reception of data, voice, and video systems.

The applicant must be able to:

• Develop autonomous learning.
• Perform reading and comprehension of texts.
• Ability to work in a team.
• Initiative.
• Ability to make decisions.
• Basic skills in the use of computer equipment.

KNOWLEDGE

• Analyze and interpret mathematical models by applying arithmetic, algebraic, geometric, differential, and integral calculus procedures.
• Basic knowledge of the English language.

SKILLS

• Solve mathematical problems, applying different approaches.
• Explain and interpret the results obtained through mathematical procedures and contrast them with established models or real situations.
• Quantify, represent and contrast experimentally or mathematically the magnitudes of space, time, and physical properties of surrounding objects.
• Interpret tables, graphs, maps, dioramas, and texts with mathematical and scientific symbols.

ATTITUDES AND VALUES

• Ability to work in a team.
• Initiative.
• Ability to make decisions.
• Autonomous learning.

Is an interdisciplinary professional with a solid background in the areas of telecommunications and information systems that allow him/her to design, improve, manage and operate systems where it is required to process, store, transmit and receive voice and video data with responsible conduct and in compliance with current computer and telecommunications laws.

Will be able to integrate or be a leader of interdisciplinary or multidisciplinary work teams in public and private organizations that require the automation of their information processes always looking for the best solution by integrating their knowledge, so they must be constantly updated. Will be able to express themselves correctly in oral and written form both in their language and in English.

KNOWLEDGE

• Know the physical and mathematical principles that describe the behavior of telematic systems.
• Identify the basic elements of analog and digital electronics used in telematic systems.
• To know software engineering techniques to produce quality software in telematic systems.
• To know software methodologies for the design of telematics systems.
• To know algorithms and data structures that lead to the best solution to telematic problems.
• To know the fundamentals of operating systems to design and program technical solutions to telematic systems.
• Know the fundamentals of computer networks.
• Understand the elements that make up the design of a database.
• To know the communication protocols used for data exchange in a network.
• To know the principles of the operation of a communications system.
• To know the principles of ubiquitous and nomadic computing.
• Identify the mechanisms used to ensure computer security.
• To know the techniques used in analog and digital signal processing.
• To know the procedures for programming programmable devices.
• To know the methodology for the design and management of telematic projects.

SKILLS

• Pose problems, argue hypotheses, validate and write results.
• Manage, operate and maintain wired and wireless computer networks.
• Use data communication protocols.
• Install, operate, and maintain telematic systems.
• Administer and operate operating systems in telematics troubleshooting.
• Install and administer database systems.
• Structure, administer and process data in telematic systems.
• Employ data structure techniques in problem-solving.
• Employ system development methodologies to ensure each phase of the life cycle of any system.
• Employ techniques for handling multimedia data.
• Develop ubiquitous and nomadic computing applications.
• Develop applications that promote computer security.
• Use analog and digital signal processing techniques.
• Install, operate, and manage telematic systems services.
• Design and manage telematics projects.
• Advise in their professional field.
• Conduct field research.
• Express results orally and/or in writing.
• Proficient in English.

ATTITUDES AND VALUES

• Develop critical and self-critical capacity in their professional and personal life.
• Interest in updating and continuing education.
• Professional performance based on ethics.
• Exercise proactive, creative, and proactive leadership.
• Ability to work in a team with tolerance and respect for the ideas of others.
• Social conscience

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.

Telecommunications companies, financial companies, governmental institutions, private communications networks, and independent networks and independent consulting firms, among others.

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

• UPIITA