School of Engineering, Architecture, and Natural Sciences
RPC-SO-09-No.134-2025
Intelligent Systems Engineering
The Intelligent Systems Engineering program prepares well-rounded professionals capable of managing the development and implementation of intelligent systems through problem-based learning and research for the design, implementation, and administration of computer systems within organizations.
Mode of study
In-person
Duration
4 years
Why study Intelligent Systems Engineering at ECOTEC?
Ranked among Ecuador's top private universities, ECOTEC integrates international academic quality standards (QS Stars, Times Higher Education, Innovatec) with a holistic education vision. We stand as a benchmark among Ecuadorian universities committed to innovation, sustainability, and global employability.
Degree awarded: Intelligent Systems Engineer
Admission Requirements
Color copy of the national identity card or citizenship card, or passport for international applicants.
Copy of high school transcript or academic record.
Updated digital photograph.
Graduate Profile
Carry out processes of analysis and interpretation of information in diverse contexts, promoting the assessment of data to make well-founded judgments, while maintaining a reflective and respectful approach toward different viewpoints for the purpose of contributing effective solutions to complex problems.
Effectively lead work teams, assuming commitments that contribute to the improvement and development of an organization, promoting collaborative leadership to strengthen cohesion and achieve common objectives, with an ethical and responsible attitude in joint decision-making for conflict resolution.
Generate original ideas in diverse contexts, promoting the association of concepts and the identification of relationships among factors to address challenges innovatively, while maintaining an open and flexible attitude toward change with a critical approach to implementing original and creative solutions.
Develop a logical and structured sequence of research processes autonomously and creatively to generate new knowledge and apply and strengthen existing knowledge, collecting and analyzing data clearly and coherently, while maintaining a critical and ethical approach throughout all stages of the research process.
Outline algorithms and solutions in different programming languages, applying principles of logic, creativity, and critical analysis to solve complex problems in the professional field and promote quality, efficiency, and ethics in software development.
Develop skills to plan, execute, and control innovation and management projects, committing to the development of innovative technological solutions that meet international standards of quality, sustainability, and social responsibility, in order to promote ethical values, collaboration, organizational competitiveness, and effective adaptation to the dynamic demands of the business environment.
Evaluate advanced techniques for the analysis and management of structured and unstructured data, integrating technological tools to generate strategic information, interpret results, and justify informed decisions that promote accuracy, responsibility, and a results-oriented approach.
Design reliable communication networks that guarantee information security and protection, applying advanced technological standards and promoting a culture of prevention, professional ethics, and proactive response to cyber risks.