14 Engineering Bachelors Degree Programs in Argentina

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.

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.

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 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.

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.

The UNM Electronics Engineer will have skills for the design, planning, projection, evaluation, the advice in the development and use of technologies in the field of electronics. You will have solid training that will allow you to develop technologies that solve in an innovative way the problems that you have to face in your field of professional or technical performance. They will also have complementary knowledge in the field of quality, leadership, and entrepreneurial development.

The Chemical Engineer is trained to deal with industrial chemical processes, that is, the different stages of transformation through which one substance must pass to become another. As possible fields of activity are the petrochemicals of gas and oil, industries linked to agricultural production, a transformation of mining and wood resources, and electro-intensive industrial sectors. In addition, the graduate is empowered to teach, advise on the pedagogical, professional, and technical of the specialty, collaborate in educational planning programs and educational projects in unconventional systems.

Engineering in Natural Resources and Environment is an interdisciplinary career that deals with the impact of human activities on natural and anthropic systems.

The main objective is to train professionals in Industrial Design, a discipline that deals with the project of objects of use and that are industrially produced, so that they are inserted in the productive environment with high training in the resolution of them, in their functional aspects, formal, and technological, contributing to the solution of man's needs to raise his quality of life.

The Degree in Occupational Safety, Hygiene and Environmental Control at UDE trains university graduates with knowledge and experimental practice to face professional activity in all its aspects and in its different applications, industrial environments and establishments. It is an up-to-date career that took into account the constant evolution of technology and production systems to design its training. This is the reason why, with this proposal, it is sought to adapt the Bachelor's degree in Occupational Safety, Hygiene and Environmental Control to the needs of current times. The career of the UDE assumes as a necessity the comprehensive training of professionals who are capable of fulfilling functions both in the field of risk assessment and analysis management, as well as in the development and implementation of prevention and mitigation techniques of the different technological and environmental threats. Also, more specifically, in our University this career trains professionals capable of implementing, evaluating, organizing and conducting hygiene, safety and work environment systems, applying various techniques, human resources, materials, equipment, machines. and facilities, in order to reduce damage to workers' health and economic losses derived from workplace accidents, occupational diseases and environmental damage.

Objectives: Design, build, transform and repair ships and floating artifacts, counting towards this not only with the necessary scientific and technological knowledge, but also with a vision comprehensive and integrated of the various economic, social and cultural aspects that intervene in the naval problem of our country.