Introduction Power system planning, design, operation and maintenance of control systems. Mission The Master program in Electrical Engineering of the Universidad Tecnologica de Pereira is conceived as a space for research and technological innovation in the efficient and optimal use of power and its components, as an essential asset for the development of our society. Objectives Promote research in science and technology focused on the needs of the country in the area of ??Electrical Engineering To train creative professionals capable of generating and adapting knowledge on electrical engineering To train teachers and researchers in the field of electrical engineering. To train researchers with enough scientific bases to enable those to work with renowned research groups. Awarded Title Master in Electrical Engineer  Lines of Specialization Planning in Power Electrical Systems 1.1  Research Groups Planning in electrical systems This line develops engineering and mathematics applications that are present in real-life problems. One of its main research areas are financial and economic aspects and of production related to electricity markets. Another aspect studied is the production in industrial environments, i.e. in flexible manufacturing related problems, problems with task assignments, transportation, schedule assignments and packaging problems. Research Interests: Transmission Planning Distribution Planning Hydrothermal distribution Electrical Quality service Stability of Power Systems Electrical Machines (Modeling and control) Electrical protection Soft computing applications to power systems  Line of Computer Sciences It includes the study of the theoretical foundations of information and computation and their implementation in computer systems. The different fields emphasize in specific results of computing, of the properties of algorithms and of the theory of programming languages. Operations Research This line develops engineering and mathematics applications present in real-life problems. One of its main research areas are financial and economic aspects of production related to electricity markets. Another aspect studied is the production of industrial environments, for example, flexible manufacturing related problems, problems with assignments, transportation, assignment schedules and packaging problems. Areas of research: Planning and optimum management of processes Risk Analysis Applied Mathematics Neural Networks Optimization (accurate and combinatorial) Probabilistic models Assignment and packing problems. 2. Control in Industrial Electrical Systems 2.1 Lines Line in Instrumentation and Control It seeks to strengthen research through the creation, assimilation and adaptation of technologies applied to the solution of problems related to control and instrumentation of industrial process and modeling and of the development of modern models for the control of industrial facilities. Industrial Electronics Line This line is responsible for the power devices in solid state, different types of converters based on them and their application in electric power systems, improving reactive compensation or through methods to improve power quality, also the study of static power converters in industrial systems. Line in Bioelectronics Bioelectronics is the branch of electronics that is responsible for studying the behavior of biological organisms and how to model, analyze and characterize the functions and processes of the parts that belong to it by means of mathematical models, circuital and digital processing of signals. Mechatronics Line It’s the integration of mechanical engineering with electronics and with the control of intelligent computers for the design and manufacture of products and processes.  

The Master in Systems and IT Engineering is focused on improving the competitiveness of companies through research and technological innovation. Objectives The Master in Systems and IT Engineering trains the students to be able to meet the needs in the areas of Software Engineering, High Performance Computing, Networking and Telecommunications Artificial Intelligence, taking into account the penetration of information technology in all aspects of human life, sectors of economic and social activity, public administration, public services, public infrastructure management, in education and cultural aspects. Awarded Title Master in Systems and IT Engineering Suggested areas of specialization Artificial intelligence Machine Learning Multi-agent Systems Artificial Vision Intelligent Control Synthesis and Speech Recognition Computational Biology Networks and Communications Network Management and Administration Network Security Traffic in Communication Networks Mobile Networks High Performance Computing Concurrent Programming Interconnection Processor Networks Reconfigurable Computing Grid Computing Software Architecture Client Server Architecture Web Architecture Techniques and Software Tools Evaluation Software Quality    

Introduction The program of Specialization in Digital Electronics seeks for the improvement of the production and the competitiveness of corporations by using electronics. Professional Profile The graduate will be able to apply its skills and knowledge to design and implement advanced electronic-based systems for monitoring and controlling production processes. The goal is to increase productivity and competitiveness of the companies. The graduate will be capable of leading technology innovation through research, design, planning, development and implementation of solutions in the field of Digital Electronics. He / She will be trained for the proper formulation of proposals, research projects and technological development. The graduate can participate in research, teaching, technology development, consulting, and project management in the academic and business fields. Objectives General Objective The program will train specialists in digital electronics with solid knowledge and research skills in the areas of Data Processing, Control, and Embedded Systems, with capacity for creation, innovation and technological development through optimum usage of physical, technical and human resources; while pursuing the humanity, scientific and technological development not only of the region but of the country. Specific Objectives Deepen the knowledge in areas such as data processing, control and embedded systems, while apply this knowledge to help improve productivity and competitiveness of organizations and the quality of life of people. To train professionals to act as promoters and managers of innovation and technological change. Provide information on current developments and technological trends in the area of ??digital electronics. To train engineering professionals with a high sense of ethical responsibility and social awareness for exemplary future performance. Awarded title: Digital Electronics Specialist Mode The program is offered using the in site mode.  

Introduction The Universidad Tecnologica de Pereira, through the Faculty of Engineering, and specifically the program of Systems and IT Engineer offers a postgraduate academic program in the area of Data Networks with the idea of offering a Master degree in the future. It is based on the extensive experience and track record achieved in over a decade which is evidenced by the quality of its graduates that answer the growing needs in the local, regional and national levels to improve productivity and competitiveness of businesses, enabling them to make efficient use of technology platforms that support business activities. It is offered to graduate students with the confidence of having a program of high academic quality and relevance in our region. Awarded Title: Specialist in data networks. Structure The Specialization in Data Networks lasts for two semesters. It will have curriculum committee, which will be chaired by the Director of the Program and representative teachers from each one of the areas, a representative of the graduates and a representative of the students. This entity will be responsible for performing constant verification of the contents of the subjects in order to ensure the relevance of the content taught. Methodology The subjects will include a theoretical component as well as a practical one. At least 30% of each subject corresponds to the practical part which involves laboratory practices and / or projects with teacher supervision. The theoretical part corresponds to lectures where they develop deeper theoretical aspects of each topic. The program is offered using the in site mode.  

Introduction: Provide skills for the design, development and application of mechanical and electrical products. Professional Profile The Electronic Engineer of the Universidad Tecnologica de Pereira will be able to improve already established solutions, or to propose original solutions to problems involving the use of devices and / or electronic techniques, in the fields of control, computing, electronics and instrumentation communications. He / She will be able to research in topics related to electronics and its application to the needs of industry in the country. Dominate all aspects of hardware and software for control and instrumentation systems based on microprocessors, microcontrollers, computers, digital signal processors. He / She will not only have the fundamental and essential knowledge of his profession, but also manual and practical skills that allow to know the principles and limitations of the equipment, components and materials with which it works. Objectives Educate professionals with scientific and technological knowledge which allows them to research, analyze, design, construct, appropriate technologies, adapt to the environment new technologies that arise in each of the branches of electronics and manage and improve processes which involve electronic devices and systems in plants and production facilities; all of this towards the development of their creative spirit and to create a scientific and critical attitude which allows him/her to work in line with the national reality. Gain skills for the design, development and application of mechanical and electrical products. Professional Profile The Electronic Engineer of the Universidad Tecnologica de Pereira will be able to improve already established solutions, or to propose original solutions to problems involving the use of devices and / or electronic techniques, in the fields of control, computing, electronic instrumentation and communications. He / She will be able to make research related to electronics and its application to the needs of industry in the country. He /She will master all aspects of hardware and software of the control and instrumentation systems based on microprocessors, microcontrollers, computers, digital signal processors, and / or designs based on sequential and combinational digital systems. He / She will have not only the fundamental and essential knowledge of his profession, but also manual and practical skills that allow him/her to fully meet the principles and limitations of the equipment, components and materials with which it works.  

Introduction: Support ideas that generate social impact by promoting participation in different telecommunications and technological spaces in the companies. Professional Profile Participate in research projects in different technological areas. Using IT tools to solve engineering problems Participate in the creation, design and development of IT solutions. Identify and resolve computer and administrative problems. Participate in the definition of audit and internal control procedures. Have knowledge of a foreign language. Develop research to generate solutions in telecommunications, IT and hardware. Occupational Profile Systems and IT Engineer of the UTP will be able to participate and create new alternatives in the planning, analysis, design and development of IT projects in an organization. Address challenges of technology research in various fields of engineering. Apply scientific and humanistic knowledge to understand and solve the various situations involved in the destiny of society. Analyze the organization according to its social, political, economic and cultural situation, identifying informational needs for the smooth running of the business. Identify, as a good citizen, the laws and citizenship. Serve as an efficient and responsible professional that creates progress and wealth in both the corporate and national levels. Mission The education of professionals with solid knowledge and research skills in the area of ??systems and computer science, with administrative capacity for technology management through optimal use of physical, technical and human resources. Vision Locate the program in a leading position nationally and internationally for its professionals to be leaders of scientific and technological development in areas of systems and computer science. Objectives Train professionals with an overall education in the scientific, technical, technological and humanistic field with an emphasis on the area of ??Systems and Computer Science. Develop projects aimed at solving regional and national issues by promoting the spirit of teamwork. To train researchers from computer science to generate new technological developments at the regional, national and international levels. Promote the creation and operation of research lines that support the development plan of the program. To train engineers with social and humanistic sensitivity that respect the laws and the social values. Promote the pedagogical training of teachers. To be engaged in the preservation and improvement of the environment. Accredit the program. Promote the strengthening of the organizational structure of the program. Laboratories Network and telecommunications Nyquist Laboratory The network and telecommunications laboratory is an area of ??research and study of data transport technologies, which allows students and researchers to know in detail the operation of these technologies and the testing of variants thereof. It offers the possibility to analyze and design prototypes or applications that use them efficiently. In addition, as specialized computer room it has also been used to provide regular instruction on common technologies for transporting data, operating under special conditions and training on traffic data simulators.  

Introduction: Education of professionals with technical and scientific skills, delving into the use of technological and IT tools. Mission It seeks to contribute to society with graduates capable of generating small companies, adapting technology and producing research that contributes to the growth of science in our country. Objectives Educate engineers that use their technical and scientific skills and social motivations to create appropriate technology while being an agent of innovation and technological rehabilitation focused in their social responsibilities. Contribute to the integration between different areas and give the engineer an opportunity to broaden his/her skills as a researcher, taking into account that he/she is a professional in physics applied to the industry but with enough interdisciplinary contacts that favor a comprehensive, dynamic and structured education. Professional Profile The education of the Physical Engineering is based in the developable set of features that characterize the person in its professional activity, which is the result of an integration of knowledge, skills and abilities. In the context of the program, the professional education is provided by the knowledge given to the physicist engineer through two major cycles: The Foundations Cycle and Professional Cycle. These develop basic skills in the graduates such as synthetic and analytical reasoning, mathematical ability, ability to solve technological problems, modeling and optimizing processes, design, implement and evaluate experiments, design instrumental equipment, management software, design and assembly of hardware, design and construct measurement equipment, design and construct interfaces for microprocessors, evaluation and use of information contained in technical journals, manuals, newsletters and more. Also, the ability to use, adapt and innovate technology. Laboratories: Physics Laboratory III General Electronics Laboratory Modern Physics Laboratory – IF761  

Introduction Pioneers in the field of power in organizations, in addition to the design and control of power generating equipment. Professional Profile The Electrical Engineering Program seeks to train professionals with expertise in power and control systems, competent, analytical, creative, capable of generating knowledge, solve problems, and make decisions, with high sense of professional and social responsibility, with a rational and efficient use of resources. Occupational Profile Power Generation Design, operation and maintenance of power equipment, protection and control of central power generation. Comparative study of alternative energy sources. Transmission and Distribution Systems Design, planning and building of networks of medium and high voltage through the power system modeling, considering the demand projection studies, load flow and optimization. Reliability of electrical systems Modeling registered electrical systems in a framework of quality and continuity, given the national standards (CREG) and international standardization. Systematic control and electrical systems Using modern techniques of digital control, design and construction of systems for monitoring and automation of power grids: SCADA systems, Remote control, Control. Electrical and lighting systems Design, construction and maintenance of electrical, industrial, commercial, residential and official facilities within the intelligent building concept. Design, construction and maintenance of public, industrial, commercial, residential lighting systems while optimizing the power system. Industrial Maintenance While keeping in optimal conditions of production and service, plan the maintenance of the strength, control and protection of energy equipment involved in industrial processes. Systematization and instrumentation Design and implementation of software and hardware using new technologies to improve competitiveness and efficiency of the industrial processes. Instrumentation and control Using modern techniques of acquisition and signal processing, design and build measurement and control systems for monitoring and automation of industrial processes. Formulation and evaluation of power projects Formulation, evaluation, control and management of projects in the Colombian electricity system. Develop conceptualization of economic, financial and social evaluation of a power project. Mission The Faculty of Electrical Engineering focuses its work on the development and dissemination of scientific knowledge in the fields of electricity, electronics and communications. As a unit of an official academic institution of Higher Education, it provides quality teaching and promotes research, continuing education and outreach to the community thus contributing to the scientific, technological, cultural and humanistic development of our society. Objectives Consistent with the Mission of the Universidad Tecnologica de Pereira, the Electrical Engineering program seeks to train high academic professionals, leaders in social dynamics, with ethical, critical and investigative capacity, enabling them to interpret the phenomena surrounding the electrical energy and preparing them to develop scientific and technical methods that make possible its production and practical, useful and affordable usage. Lines of Research and Development Electrical Power Systems Electrical Systems Planning Control applied to Electrical and Industrial Systems Virtual Instrumentation Automation Control Systems Power System Simulation Power Electronic Laboratories The program currently has 5 physical spaces that are used to teach laboratory workshops. Each laboratory is equipped with a range of tools that cover certain topics of electrical engineering such as: The electrical circuits The Electronics The industrial automation The electrical machines Communications The rooms are currently used by 8 undergraduate programs and 1 postgraduate program and are opened Monday to Saturday from 7 am to 10 pm. The rooms are named for their primary use, but are similarly equipped. These rooms are: 1. Electrical Circuits Laboratory: basic electricity subjects are taught, such as: Electrical, Circuit Lab I, II and III, Analog Electronics. 2. Electronics Laboratory: Subjects related to analog and digital electronics are taught; such as: electronics laboratories, microcontrollers, and communications. 3. Electrical Machines Laboratory: This room is equipped with motor-generators that serve as workshops for the subjects of electrical power and electrical machines and transformers. 4. Electrical Measurements Laboratory: In this lab students are educated about sensors, electrical measurements, electronics, electronic design, digital systems, and control. 5. Automation Laboratory (also used as normal classroom): This room is used for the teaching of industrial automation systems, programmable logic automation, programmable digital systems and also as a normal classroom for subjects such as industrial relief, generation, and so on. In addition to these rooms, there are also 3 other areas which are: 1. Control Laboratory, in charge of the Engineers Eduardo Giraldo and Didier Giraldo. 2. Power Electronics / Robotics Lab. Lead by the engineers Alfonso Gomez Alzate and Luis Hernando Rios. 3. New Technologies Laboratory under the surveillance of the engineer Alvaro Angel Orozco. These rooms are used by research groups working on research projects, thesis papers and some faculty offices belonging to these groups.

The Faculty of Engineering was established on December 13, 2004 by the Higher Council of the University, where they create a single authority, which houses the following academic programs: Electrical Engineering Electronic Engineering Physical Engineering Computer and Systems Engineering Since then the College's academic interest has focused on the production, updating, transmission and application of knowledge in relation to the rational and efficient use of energy. This decision was made to justify their high affinities: Basic, Basic Engineering and a few in depth lines, despite its basic purpose was different. It was also made with the idea of obtaining not only academic excellence but also an adequate rationalization of the resources of the University. Following this decision, the agreement number seven (07) of the Higher Council of the University regulates and assigns a specific nomenclature to the faculty, in addition to defining its organizational structure, in accordance to the new operating model of the four programs listed above working under one roof: "The Faculty of Engineering." Mission It is a faculty of the Universidad Tecnologica de Pereira that focuses on the creation, application and transfer of knowledge in the areas of competence, in order to contribute to the social and economic development of the region and the country plunged in the academic community and international scientific networks and research groups, providing training processes of high quality and academic excellence at the undergraduate, postgraduate and continuing education, and provides services to the productive sector. Vision By 2012, it will be a faculty renowned for the excellence of its research groups, their links with the productive sector in projects of scientific and technological development, and mobility of researchers, teachers and students nationally and internationally; also characterized by offering undergraduate, postgraduate and continuing education that meet the needs of society, both locally and internationally, with flexible curricula in a multilingual environment, adapted to new scientific and technological trends, and with an accreditation of high quality. Objectives Of education: Evaluate, compare and select the technologies that the economic, technological, scientific and social development needs according to each particular area of ??application of engineering both domestic and foreign. Develop activities of creation, dissemination, innovation, negotiation, appropriation and application of technologies appropriate for the national development. Promote research, promotion and diffusion of knowledge and better use of natural resources contributing to the pursuit of greater affirmation of our nationality. Of research: Create the foundations, in terms of human and physical resources, of an independent research scientist in each of the areas in which it specializes, in order to contribute to solving national problems and for the advance of the Colombian Engineering. Contribute to the training of researchers. Strengthen the research infrastructure. Of extension: Link the Faculty of Engineering with the external world promoting exchanges and relations University-Industry and University-Community, that benefit the institutions and estates involved. Promote counseling, as the application of knowledge to solve a specific problems within the industry and the community, serving to stimulate and strengthen research and research centers existing in the Faculty. Create, develop and sustain academic outreach activities, such as updating programs, specialization and advanced training. Profile Solid knowledge and good use of mathematics and natural science (scientific basis). Understanding the environment in which the profession is developed and the influence of other environments (socio-humanistic Basis). Foundations on Statistics, project evaluation, management, communication and computing. Holistic vision of the environment in which it operates and the ability to differentiate all disciplines involved in systems that are under study. Good understanding of the methods and processes of design and manufacturing or construction. Continuing, permanent and flexible education to facilitate its adaptation to changing needs and environments. Be aware of the limited number of resources of our planet and the need to use them more economically and equitably. High ethical values, respect for the common good and sense of solidarity.