122 Engineering Bachelors Degree Programs in South America

It is the area of engineering that takes care of the development, design, construction and maintenance of machinery and equipment. The mechanical engineer develops and designs machines, equipment, vehicles, heating and cooling systems and specific tools for the mechanical industry. It also oversees its production. It calculates the necessary amount of raw material, provides molds for the parts to be manufactured, creates prototypes and tests the products obtained. It organizes storage systems, supervises processes and defines safety standards and procedures for production. Controls quality, monitoring and analyzing resistance tests, calibrating and checking measurements.

In the Career of Engineering in Risk Prevention, students acquire the knowledge, skills, and aptitudes that will allow them to manage risk prevention, creating occupational health and safety programs; evaluating industrial areas in terms of hygiene, environmental issues, and quality of safety processes to carry out planning and management tasks of corrective and preventive actions in matters of occupational health and safety, improving production processes and their efficiency.

The objective of studying electronic engineering and telecommunications is to generate concern in students and the need to seek knowledge; in which the articulation between theories of science and technology, manages to give enough knowledge to be able to transform the environment to our needs in a sustainable way, attending to social and economic needs.

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.

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 Civil Engineering Course is a course with a modern pedagogical project that contemplates the modernization of the profession, fostered mainly by the increasing use of computers, the development of new materials and technologies, the adoption of new methods of analysis, the concern with environmental issues and by the increasing presence of civil engineers in planning, administration and management activities.

Manufacturing Processes, Mechanical Design and Thermal Fluid are the three main areas of knowledge covered throughout the Mechanical Engineering course. During graduation, the student has contact with a comprehensive curriculum that provides the training of a professional capable of working in different market segments, bringing subjects such as Calculus, Mechanical Design, Mechanical Construction Materials, Process Automation, Metrology, Elements of Machines and Automobiles.

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 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.

Technology, Innovation and Energy: these topics are favorites when it comes to Electrical Engineering, but curiosity and interest in problem solving are also fundamental characteristics for the course. During graduation, the student will be introduced to energy systems, electronics, automation and embedded areas through basic and professional content. With technologically equipped laboratories, subjects such as Automation, Artificial Intelligence, Electrical Circuits and Power Electronics are taught.

The business boom of Cartagena de Indias in recent years requires specialized training programs from the city's higher education institutions. The Industrial Engineering program of the Colombo International University Foundation in its technological cycle aims to train bilingual technologists in Quality Management Systems capable of integrating technical and managerial procedures, to guide the actions of the workforce, machinery or equipment, and the information of the organization in a practical, coordinated manner that ensures customer satisfaction.

It is the branch of engineering that designs, manages and executes works such as houses, buildings, bridges, viaducts, roads, dams, canals, ports, etc. The civil engineer designs, manages and monitors all stages of a construction or renovation. Its performance includes the analysis of the characteristics of the soil, the study of the insolation and ventilation of the site and the definition of the types of foundation. Based on this data, he develops the project, specifying the building's electrical, hydraulic and sanitation installations and defining the material that will be used. At the construction site, he leads the work teams, supervising deadlines, costs, quality and safety standards. It is up to him to ensure the stability and safety of the building.

Those who study the career of Engineering in Financial Business Administration will acquire the technical and generic skills that allow them to perform in areas of banking and financial operations, executing the processes and administration of the branch network, leading teams and managing business strategies.

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.