Compare Bachelor Programs in Engineering Studies in Colombia 2019
The field of engineering is one which uses mathematics, science and creativity in ways that result in inventions that improve the daily routines of people from all walks of life and in all professional fields.
Top Bachelor Programs in Engineering Studies in Colombia 2019
The Electronic Engineer of Universidad Santo Tomás is a humanist, integral, ethical, critical professional, with the ability to solve problems, innovate, model, design, d
Presentation / Information of the Program
The Electronic Engineering Program, as an integral part of the Engineering Division of the University, participates in the processes, proposals and activities that in a coordinated manner present the other engineering programs in order to strengthen and consolidate the academic processes. In this context, the idea of offering the Electronic Engineering student the option of obtaining a second degree in Engineering (double program) with Telecommunications Engineering or Mechanical Engineering, due to the common elements that in some areas and academic nucleuses they share and the similarity in the valuation of the credits, hourly intensity and programmatic contents, which can be approved without losing the identity or quality of each particular program....
The Industrial Engineering program of the Universidad Santo Tomás is recognized by the Ministry of National Education of Colombia through Resolution 15785 of December 4,
Presentation / Information of the Program
The Industrial Engineering program of the Universidad Santo Tomás is recognized by the Ministry of National Education of Colombia through Resolution 15785 of December 4, 2012, which granted the Qualified Registry to begin its academic and training activities, under the institutional accreditation of high quality.
It forms part of the academic and formative offer of the University of greatest tradition, history and experience in the country, as the First University Senate of Colombia, guided by proven humanistic principles, ethical values and a deep sense of social responsibility. It has a competitive and flexible curriculum, with a teaching staff highly qualified professionally, ethically and pedagogically, with the necessary and appropriate bibliographic and technological means and with a physical plant suitable for the integral formation and well-being of the academic community. . The program offers the possibility of interacting with other programs of the Engineering Division and opting for a double program in several of them for those who demonstrate conditions of high academic performance....
A solid formation in basic sciences to apply them in technical solutions of engineering, that integrate tools and models in the management of the organization, the financ
What is Administrative Engineering?
It is a career that combines the systemic vision of administration with the rigor and method of engineering.
A solid formation in basic sciences to apply them in technical solutions of engineering, that integrate tools and models in the management of the organization, the financial management, the marketing and the management of the technology, key areas for the performance of the organizations.
Why study Administrative Engineering?To obtain broad and general training as an engineer to support a global vision of making the right decisions, projecting organizations and their processes at higher levels of competitiveness.A professional technical training, complemented by socio-humanistic training that gives value to human effort and social relations as a strategy to achieve the objectives of the organization.Wherever there is a social organization, the administrative phenomenon arises spontaneously, as a result of the need to make decisions to achieve, in an efficient and effective way, the objectives of the organization.Today's society demands trained administrators engineers to plan, organize, direct and control the destiny of any organization and allow to carry out good investments, plans and projects that guarantee survival and competitiveness.Methodology...
Engineering promotes solutions in the transformation of energy for jobs where the motor capacity of people is not enough, it is constituted as a discipline of high projec
What is Mechanical Engineering?
Engineering promotes solutions in the transformation of energy for jobs where the motor capacity of people is not enough, it is constituted as a discipline of high projection necessary in the implementation of solutions to sensitive problems of societies.
Why study Mechanical Engineering?For the creation and sustainability of new manufacturing companies, as well as the strengthening of existing ones, all aimed at supporting the nation's competitiveness in the face of demanding and changing markets.For its great contribution in the generation of new knowledge, both technological and scientific, becoming a scenario that encourages applied research in various areas, promoting in turn disciplines such as bioengineering, mechatronics, materials science, production engineering , product design and control engineering.Values such as flexibility, interdisciplinarity and systemic thinking allow its professionals to venture into many other areas with great success.Methodology...
Training as a Mechatronic Engineer will allow a comprehensive and holistic understanding of the new devices, machines, processes and systems and, therefore, be a leading
What is Mechatronic Engineering?
Training as a Mechatronic Engineer will allow a comprehensive and holistic understanding of the new devices, machines, processes and systems and, therefore, be a leading player in the technological development of industries and the country in general.
Why study Mechatronics Engineering?
In the modern world, machines are increasingly autonomous, requiring minimal human intervention; In addition, they are flexible because they are designed to perform multiple functions, replacing human activity in situations of high risk and insecurity, without ignoring the fact that we are rapidly approaching devices, machines and intelligent systems with the ability to reprogram, seeking to achieve rising operating standards. permanent....
It is a program related to information systems, their structure, maintenance and automation and their implementation for people and organizations. A career that does not
What is systems engineering?
It is a program related to information systems, their structure, maintenance and automation and their implementation for people and organizations. A career that does not lose validity, but is constantly updated with information and communication technologies, which will continue to be the essential technological support for the development of all fields of science and technology and social sciences, the government , education and entertainment.
Why study Systems Engineering and Computing?
Because information and communication technologies are and will continue to be the essential technological support for the development of all fields of science and technology and social sciences, government, education and entertainment....
An industrial engineer is able to improve the productivity and competitiveness of organizations through the continuous improvement of processes for the production of good
What is Industrial Engineering?
An industrial engineer is able to improve the productivity and competitiveness of organizations through the continuous improvement of processes for the production of goods and the provision of services.
Why study industrial engineering?To design and improve work systems that include people, equipment, materials, information, energy and money.Contribute to the competitiveness of the country from the development of organizations and society, contributing to human well-being and positively impacting the efficiency and effectiveness of the systems production of goods and the provision of services.To seek continuous improvement, normalization and interaction of the supply chain of organizations, contributing from the integral management of the value network to the development of the country in a globalized environment and following the principles of ethics, justice and social responsability.Methodology...
Civil engineering is a profession that directly impacts the quality of life of the inhabitants of a region and its economy. It covers basic needs such as drinking water s
What is Civil Engineering?
Civil engineering is a profession that directly impacts the quality of life of the inhabitants of a region and its economy. It covers basic needs such as drinking water supply, housing, energy, mobility of people and products, disposal of wastewater, among others. All this makes that, although it is one of the oldest engineering, it is considered cutting-edge and with high level of performance and application.
Why study Civil Engineering?Because it is necessary to conceive, design, build and maintain physical infrastructure works that are efficient, economical, safe and sustainable, that respond to the needs of a region.Improve the quality of life of its inhabitants and more competitive, through the application and development of engineering methods and techniques, according to the principles of ethics, justice and social responsibility.It is necessary to innovate, compete and satisfy basic needs in a safe, economical and feasible way, this makes civil engineering a profession of challenges, in which the graduate must recognize the context of the region where he is performing, to be in permanent contact with the technological development in each of the areas of civil engineering and have a general vision of the problems of society.Methodology...
It is a race to develop new uses of natural resources that help preserve and maintain the quality of life of society, also to develop and propose ways of occupation of th
What is Environmental Engineering?
It is a race to develop new uses of natural resources that help preserve and maintain the quality of life of society, also to develop and propose ways of occupation of the territory that prevent the loss of biodiversity, avoid pollution and guarantee the equitable access to ecosystem services, and design treatment systems that maintain minimum quality levels in natural resources.
The student of Environmental Engineering must assume his professional training as a life project and with a passion for science and technology and be willing to establish productive human relations and continuous improvement.
Why study Environmental Engineering?Because the search for sustainable development remains in force, considering that natural resources are limited and that a growing productive activity, with no criteria other than economic growth, produces environmental problems both locally and globally.Because integral solutions to environmental problems are imperative, with emphasis on the possibility of making the economic growth of the regions compatible with the preservation of the environment and with social equity to improve the quality of life.The depletion and dependence of fossil fuels, the need to develop renewable energy sources, the problems associated with the availability and quality of water, conflicts in land use and occupation of the territory, inefficiency in the use of resources and by-products in the industrial sector, air pollution and the loss of biodiversity, among others, are realities of the country, and even of the world, which constitute challenges for engineering.Because actions are needed such as the saving and efficient use of water...
The Agroecological Engineering program promotes social transformation and sustainable development in agrarian and rural communities, which have the greatest potential to
Degree awarded: Engineer in AgroecologyTraining level: UniversityMethodology: On-siteDuration of the program: 10 semestersCredits: 162Price for the venue: $ 2,848,600 COPPresentation of the program
Resolution Qualified Record No. 4114 of 03/13/2018.
Valid 7 years.
The Agroecological Engineering program promotes social transformation and sustainable development in agrarian and rural communities, which have the greatest potential to reduce socioeconomic gaps and contribute to the improvement of the national environmental crisis, which makes it highly innovative in breaking paradigms of the conventional programs of agricultural sciences in aspects such as:
Work with communities through the use of participatory methodologies that promote the dialogue of knowledge, the characterization of problems and the design and implementation of successful solutions.The motivation of the development of ecological economies and integral sustainability, where ecological efficiency, social impact and economic sustainability prevail.The promotion of endogenous development, decentralized work, local processes, territorial approach.The promotion of ethical exercises in the administration of power (responsible citizenship), at the individual, social, economic, ecological, cultural and political levels.The development of intercultural work with diverse institutions, as the maximum stage for learning and advocacy....