DEGREE
Higher University Technology in Electronics with a Specialization in Intelligent Industry
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Academic Identity
Learn about the foundations of the program
- Mission
To train Higher University Technologists in Electronics with a focus on Intelligent Industry, capable of installing, configuring, operating, and maintaining electronic, electrical, and automation systems, applying current technologies such as microcontrollers, industrial networks, AI, robotics, IoT, and control systems. The program prioritizes hands-on learning in real environments, oriented toward the effective solution of the needs of the productive sector, with professionals who are responsible, efficient, and committed to the continuous improvement of industrial processes.
- Vision
To be a program recognized for training highly competent technologists in the implementation and operation of technological solutions, distinguished by its practical approach and close connection with industry. By 2030, to establish itself as a benchmark in the training of technical talent capable of commissioning, maintaining, and optimizing automated systems, directly contributing to the productivity, modernization, and technological transformation of the country.
- Program Objectives
- General objective
To train professionals with strong knowledge in electronics and automation, capable of implementing, operating, and maintaining electronic and control systems, integrating tools and technologies that drive digital transformation. Technologists will perform with proactivity, ethics, critical thinking, emotional intelligence, and leadership, capable of working in teams to provide technical solutions aligned with current regulations and actively contributing to technological innovation and the development of the productive and social sectors.
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Experience studying Higher University Technology in Electronics with a Specialization in Intelligent Industry
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Learn about the foundations of the program
Profiles and outcomes
The professional we train and the competencies you will develop
- Professional Profile
The Higher University Technologist in Electronics with a specialization in Intelligent Industry is a professional with comprehensive training oriented toward the practical application of knowledge in the installation, configuration, operation, and maintenance of electronic, electrical, and automation systems in industrial and productive environments. They possess knowledge in electronics, industrial control, microcontrollers, PLCs, instrumentation, and industrial networks, as well as in Industry 4.0 technologies such as the Internet of Things (IoT), digitalization, and intelligent systems, enabling them to integrate efficiently into modern production processes.
Is capable of commissioning automation systems, operating equipment in real time, performing preventive and corrective maintenance, diagnosing faults, and applying technological solutions that contribute to the continuity and efficiency of industrial processes. Operates with ethics, responsibility, and discipline, complying with safety and quality standards, working in teams, and adapting to changing technological environments. Their work directly contributes to the modernization, productivity, and digital transformation of the industrial sector, aligning with the current demands of Intelligent Industry.
- Graduate Profile
The Higher University Technologist in Electronics is trained to implement, operate, and maintain electronic systems in industrial and residential environments under safety criteria. They are also capable of interpreting, documenting, drafting, and developing automation and process control projects. In this context, they can apply industrial maintenance and control strategies, as well as calibrate and configure measuring instruments for process monitoring and automation, enabling access to plant information in real time. Technologists acquire skills to perform with proactivity, ethics, critical thinking, emotional intelligence, and leadership, capable of working in teams and providing technical solutions aligned with current regulations, contributing to the growth of the productive sector.
The program offers a specialized track called Intelligent Industry, which will equip students to apply and integrate technologies that contribute to the digital transformation of industry.
- Interpret, implement, and measure electrical variables in electrical, electronic, and digital circuits in order to integrate them into electronic systems, as well as prepare technical drawings in accordance with current standards for the industrial and residential sectors.
- Select and use the components and equipment that make up an electrical installation, applying safety concepts to verify that power parameters comply with current electrical regulations in the industrial and residential sectors, with the ability to utilize renewable energy through power electronics.
- Monitor the operating parameters of an electrical machine within an industrial process in order to ensure production continuity, applying maintenance techniques and respecting the technical and operational characteristics of equipment and machinery.
- Select, configure, and calibrate measurement and actuation instruments to monitor and manipulate process variables.
- Program microcontrollers and/or controllers for electronic, electrical, pneumatic, and hydraulic systems.
- Apply techniques for the digitalization of information generated in an industrial process through local and remote data acquisition, using conventional and intelligent devices via communication networks, and applying artificial intelligence and Internet of Things technologies.
- Draft, document, and implement industrial and residential projects related to automation and industrial process control, solving problems with proactivity, emotional intelligence, and critical thinking, maintaining professional ethics and demonstrating leadership, creativity, and innovation in all activities, capable of working in teams and delivering solutions that meet established requirements.
- Learning Outcomes
Curriculum Structure
Academic structure of the program
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Spaces, moments, and experiences that bring the program to life
Admissions and costs
Spaces, moments, and experiences that bring the program to life
Program cost:
Article 356 of the Constitution of the Republic establishes, among other principles, that third-level public higher education shall be tuition-free, and that this gratuity is linked to the academic responsibility of students.