26 Engineering Degree Programs in Argentina

The graduate of the Doctorate in Electrical Engineering program has comprehensive academic training that allows them to independently conceive, formulate, plan and execute research and development projects in the field of electrical engineering.

Graduates of the zootechnical engineering career can engage in a wide range of activities framed in the organization, management, and advice of establishments dedicated to livestock production.

Mechatronics is a new area of ​​Engineering, born from the combination of precision mechanics, electronics, automatic control and information technology for the design of processes and products as a result of the advancement of technology in the productive sector. Thus, Mechatronics Engineering trains professionals who are capable of conceiving, designing, developing and automating programmable and intelligent products or processes, applied to high-tech equipment to improve the efficiency and competitiveness of industries. What are you going to learn during the race? By studying Mechatronics you will receive comprehensive training in electronic, mechanical and industrial computer engineering. Through the different subjects that this multidiscipline combines, you will develop skills to be able to design, develop, optimize and automate equipment, processes or high technology and "intelligence" products; to improve productivity and competitiveness of industries.

In Argentina, in recent years, radars have been installed both for air traffic control and for detecting meteorological phenomena. These radars complement other existing ones. In addition, a satellite radar is being built in the country to enter orbit in the short term. Due to the aforementioned, it is that the Faculty of Mathematics, Astronomy, Physics, and Computing of the National University of Córdoba together with the Faculty of Engineering of the Córdoba IUA Regional University Center of the National Defense University, through the implementation of this career of Postgraduate programs propose the training of human resources in this area both for the development of new electromagnetic detection systems and for their operation and maintenance.

Welcome to those interested in the Master in Environmental Engineering. This academic offer has been designed to address environmental issues by integrating contributions from different disciplines in order to prevent, analyze and control environmental problems from an engineering point of view. The University offers, through this program, its best academic excellence to the community, focusing on the subject from the research-action methodology so that it is an essential attribute in the trained professional. Environmental Science is also related to the knowledge of production engineering, growth, and sustainable development for the maximum benefit of innovation and technology transfer for the benefit of the environment and Society.

The agronomic engineering career aims to train professionals with extensive knowledge in the different agricultural sectors. With the ability to apply them to their Real environment, contributing to the improvement of production, social welfare, and the supply of regional, national and international needs, promoting rational management of natural resources.

It is proposed to train professionals who use the bases and technologies of Chemical Engineering in the research, design, development, and application of new products and processes in a wide range of productive sectors related to chemistry, being able to communicate technical information in an understandable way for audiences. various.

Presentation The distance postgraduate seminars of the UTN.BA e-Learning Center allows you to study some of the seminars that make up the Master's Degree in Environmental Engineering at the UTN BA Graduate School at a distance. They give students the freedom to train at their own pace and completely online, receiving academic credits for the master's degree in Environmental Engineering from UTN.BA. About the Master in Environmental Engineering It trains engineers and other professionals in the field of basic and exact sciences to participate in the formulation of environmental management programs; carry out environmental diagnoses, audits, and evaluations; develop environmental management models in accordance with local and international standards; design strategic plans aimed at minimizing environmental impact and preventing pollution and coordinating research projects and technology transfer in the area.

The testing, testing, and design of telecommunications components, parts, equipment, and facilities. The production of components, parts, equipment, and facilities for telecommunications. The development of procedures for the use and exploitation of telecommunications systems. The technical feasibility studies regarding the configuration, dimensioning, and determination of the technical specifications of the telecommunications system. Operate telecommunications equipment. Perform technical maintenance tasks in telecommunications systems installations.

The distance postgraduate courses of the UTN.BA e-Learning Center allows the distance learning of some of the seminars that make up the Specialization in Telecommunications Engineering of the UTN BA Postgraduate School. They give students the freedom to train at their own pace and completely online, receiving academic credits for the specialization in Telecommunications Engineering from UTN.BA. About the Specialization in Telecommunications Engineering It prepares professionals with a solid background in scientific and technological areas, trained for the analysis, planning, implementation, and operation of activities related to telecommunications. Graduates are enabled to generate, develop and manage projects of innovation and management of technological knowledge with a national vision and transfer them appropriately to the local industry; develop technologies to meet the needs of national telecommunications networks and solve telecommunications problems from a comprehensive ethical perspective, creating sustainable proposals over time.

The Petroleum Engineer is trained to carry out study, project, calculation, construction, and management of works, facilities, and processes in all their stages: exploration, drilling, production, distillation, treatment, transportation, and storage of oil, gas, and its derivatives. Will perform highly technical and managerial competence tasks. He will be able to advise on location studies and the development of reservoirs. Selection of equipment, instruments, and tools related to different stages of development of a reservoir. Optimization of various treatments in injection wells and/or producers.

Identify, pose and solve scientific and technical problems related to agro-industrial engineering, through the use of concepts, techniques, and methods typical of science and engineering, with a focus on sustainable development, from environmental, social, economic, and ethical perspectives. Plan, develop, implement, direct, analyze and optimize the technological field in all its perspectives, in order to take advantage of natural resources and primary production of the agricultural, livestock, and forestry sector; generating food and non-food products. Develop agro-industrial projects that generate companies and jobs. Promote the incorporation of added value to primary production at the source. Design the infrastructure on which agroindustrial activities are sustained, exercising its responsibility in technical and economic aspects, such as its insertion in the social, cultural, and environmental environment where it operates. Manage the national marketing and export of finished products. Develop projects to generate energy from biomass. Participate in the production of new knowledge and innovations at the different levels of the scientific, technological and productive system. Interact with professionals from various specialties and participate in interdisciplinary groups. Exercise an active, creative, critical, and ethical attitude in the performance of their profession. Assume responsibility and honesty in individual and teamwork. Continue with their training and updating on an ongoing basis.

The purpose of the career is to provide superior training in Chemical Engineering, deepening the theoretical and technological-professional development for research and the state of knowledge corresponding to the aforementioned discipline. Likewise, it allows the updating of professionals who are in the productive sector and of those who intend to enter it, with a training superior to that obtained with undergraduate training.

Agronomy is a science in which multiple disciplines converge and its object of study is the complex phenomenon of the agrosystem so that its production is carried out through sustainable processes. Knowledge of Agronomy has located in the following dimensions: the first response to the living organism seen in individual terms, the second studies that organism and its relationships within the natural system and the third dimension includes the intervention of man in the system natural, for your benefit and survival. It can be considered that production systems and their realities configure complex systems, explained from Biology, together with the laws or theoretical developments of Chemistry and Physics.

The Computer Science careers at USAL respond to an orientation towards systems management in companies with a strong focus on Software Engineering, Information Security, and Intelligent Systems. Its graduates are trained in both generic and specific or technical skills that ensure the knowledge necessary to perform, not only in the different areas of Information Technology but also in the successive stages of professional career development.