17 Engineering Bachelors Degree Programs in South America

Univille's Production Engineering course unites knowledge of administration, economics and engineering.

The Agronomic Engineering program, belonging to the Faculty of Agricultural Sciences of UNISARC, seeks the consolidation of research processes, comprehensive training through the "pedagogy from and for the territory" model, creating a research culture in the university community, from the technological, professional and postgraduate levels; contributing to the improvement of the living conditions of rural communities, focused on: Clean production technologies: Ecological management of soils, waters, pests and diseases, studies of the environmental supply and the microclimate. Promising plant resources.

Production Engineering is among the most holistic and versatile training courses. Productivity and quality are fundamental criteria for the success and growth of a company or industry, with Production Engineering being the area that manages human, financial and material resources with a view to increasing them.

The Mechatronics Engineering program focuses on the design and control of industrial processes, using electronic, mechanical, and computer concepts for the implementation of automated processes that guarantee greater productivity and competitiveness in the industry.

Become a technically competent professional in Agronomic Engineering, with solid ethical training, humanistic awareness, committed to promoting change towards sustainable agriculture and with discipline habits for self-study, permanent research, and technology transfer, in the field. nationally and internationally, transform your environment and contribute to building a better future. You will have access to our laboratories, "El Remanso" production unit and to our national and international agreements for internships, semesters abroad, and research projects.

The Technological Units of Santander have created the Topography Engineering program to develop competencies in the graduate that allow the quantitative and qualitative description of the territory from the physiographic perspective; to train analytical and proactive capacities in the administration of urban and rural land, the management of cadastral systems and the control of the construction sites present in the configuration of the territory.

The Professional in Forest Engineering by propaedeutic cycles, which is also a Forest Resource technology professional, is trained to act under the principles, values ​​, and profile defined by the ITP to perform in different multidisciplinary environments with a focus on achievement, with strengths that They allow providing solutions to a wide variety of problems in the productive sector. The foundation achieved provides the opportunity to intervene in organizational processes and business initiatives and participate in the execution of actions to achieve the efficient performance of technology, which will support the dynamics of organizational development, and of nations, which demand the so-called society of information and knowledge society.

The Mechatronics Engineering program of the EAM University Institution is structured in preparatory training cycles, thus allowing the consolidation of three vocations or trades: The first students enter the program in 2009 and go through different cycles until, in 2013, the first seven Mechatronic Engineers graduate from the EAM, consolidating in history as the pioneers and ambassadors of this area of ​​knowledge in the Quindiana region and the entire Coffee Axis. Since then, through research and advanced academic processes, great contributions have been made in response to current needs and the challenges that humanity poses. It should be noted that the main areas of study of the program are: Maintenance, Manufacturing, Design, Control, Automation, Robotics, Artificial Intelligence, and Embedded Systems, taught by a group of highly qualified professionals with skills in each of the areas.

A degree that involves three major areas, biological, exact and human: this is Agricultural Engineering! During graduation, the student will be prepared to design, execute and manage the entire plant and animal production process through technical and scientific training, based on the development of agriculture in a sustainable manner. During the semesters, theoretical subjects are presented, such as Environmental and Rural Legislation, Economics and Industrial Organization, Plant Breeding, Statistics, in addition to the practical approach on the farm and experimental field.

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.

Sufficiently trained in the management of scientific thought, which facilitates the realization of analysis, interpretations of reality and enables him to insert himself and act in it with a critical spirit and social sensitivity. With general training and sufficient suitability to act in the public and private sector, capable of fulfilling management functions; administration, application, and development of technologies in all areas related to the agricultural sector.

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 IPLA International Trade Engineer is a professional prepared to develop the management, direction, and control of companies linked to national and international organizations, markets, and environments, with the ability to apply specialized knowledge at strategic, tactical, and legal levels of trade. He is trained to manage the processes of import and export of goods and services, formulate international market research projects and determine the export potential.

The IPLACEX Logistics Engineer has the skills to carry out strategic plans and decision-making according to the information collected, ensuring a correct application of the different regulations found in the functional area of ​​Operations and Logistics. He will be trained to direct and control processes in the operations and logistics area according to business needs, both in public and private institutions, through the relevant tools for such purposes.

As a Food Engineer, you will be able to work in companies of the Food Industry forming dynamic workgroups improving quality, capacity, and efficiency in production through the optimization of technologies, research, and development of new products. Its activity is important to protect the health of the population, ensuring the bromatological, hygienic-sanitary, and nutritional quality of food and avoiding the deterioration of the environment during the industrialization process.