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RPC-SO-10-No.144-2025

Mechatronics

Availability at
Campus

Samborondón

RPC-SO-10-No.144-2025

Mechatronics

Availability at
Campus

Samborondón

Degree awarded: Ingeniero/a en Mecatrónica

Mode of study
On Campus

Duration
4 years

We educate professionals capable of managing integrated mechatronic processes in the design, development, automation, and management of industrial projects, applying mechanics, computing, electronics, and control. The program promotes personal, national, and environmental development through an ethical, responsible, and innovative approach.

Program
curriculum

Times Higher Education America Rankings
World University Rankings América y el Caribe
Innovatec TOP 3
Certificación EQUAA Quality Accreditation
Acreditación CLAEP Americano de Acreditación
Logo CAC Consejo de Aseguramiento de la Calidad

Admission Requirements

Color copy of the National ID card (cédula) or passport with visa for international students.

Two recent, color, passport-size photos.

Copy of school report card

Graduate Profile

Carries out processes of analysis and interpretation of information in diverse contexts, promoting the evaluation of data to issue well-grounded judgments, maintaining a reflective and respectful approach toward different viewpoints in order to provide effective solutions to complex problems.

Effectively leads work teams, assuming commitments that contribute to the improvement and development of an organization, promoting collaborative leadership to strengthen cohesion and the achievement of common goals, with an ethical and responsible attitude in joint decision-making for conflict resolution.

Generates original ideas in diverse contexts, encouraging the association of concepts and the identification of relationships among factors to address challenges innovatively, maintaining an open and flexible attitude toward change with a critical approach to implementing original and creative solutions.

Develops a logical and structured sequence of research processes autonomously and creatively, for the generation of new knowledge and the application and strengthening of existing knowledge, collecting and analyzing data clearly and coherently, maintaining a critical and ethical approach at all stages of the research process.

Develops fundamental skills in programming, algorithms, and modeling of mechatronic systems, applying this knowledge to solve complex technical problems and improve process efficiency in diverse sectors, thereby contributing to technological innovation and industrial advancement, fostering economic and social progress.

Applies programming and modeling mechanisms in the creation and implementation of mechatronic systems in real environments, selecting appropriate tools, critically evaluating the development and implementation process, and justifying technical decisions for programming, modeling, and system development based on optimization in real contexts, to improve efficiency, sustainability, and innovation in diverse sectors of society, contributing to technological advancement and the solution of social and economic problems.

Implements innovative solutions and advanced automation systems in productive processes, selecting the most effective tools and technologies to optimize efficiency, reduce costs, and improve quality, with the purpose of strengthening industrial competitiveness and contributing to sustainable development and the digital transformation of society.

Designs mechatronic projects and applies artificial intelligence to optimize industrial processes, using advanced tools to increase productivity, efficiency, and sustainability, contributing to technological development and strengthening competitiveness in society and the global industry.

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Degree awarded: Ingeniero/a en Mecatrónica

We educate professionals capable of managing integrated mechatronic processes in the design, development, automation, and management of industrial projects, applying mechanics, computing, electronics, and control. The program promotes personal, national, and environmental development through an ethical, responsible, and innovative approach.

Mode of study
On Campus

Duration
4 years

Times Higher Education America Rankings
World University Rankings América y el Caribe
Innovatec TOP 3
Certificación EQUAA Quality Accreditation
Acreditación CLAEP Americano de Acreditación
Logo CAC Consejo de Aseguramiento de la Calidad

Admission Requirements

Copy of school report card

Color copy of the National ID card (cédula) or passport with visa for international students.

Two recent, color, passport-size photos.

Graduate Profile

Carries out processes of analysis and interpretation of information in diverse contexts, promoting the evaluation of data to issue well-grounded judgments, maintaining a reflective and respectful approach toward different viewpoints in order to provide effective solutions to complex problems.

Effectively leads work teams, assuming commitments that contribute to the improvement and development of an organization, promoting collaborative leadership to strengthen cohesion and the achievement of common goals, with an ethical and responsible attitude in joint decision-making for conflict resolution.

Generates original ideas in diverse contexts, encouraging the association of concepts and the identification of relationships among factors to address challenges innovatively, maintaining an open and flexible attitude toward change with a critical approach to implementing original and creative solutions.

Develops a logical and structured sequence of research processes autonomously and creatively, for the generation of new knowledge and the application and strengthening of existing knowledge, collecting and analyzing data clearly and coherently, maintaining a critical and ethical approach at all stages of the research process.

Develops fundamental skills in programming, algorithms, and modeling of mechatronic systems, applying this knowledge to solve complex technical problems and improve process efficiency in diverse sectors, thereby contributing to technological innovation and industrial advancement, fostering economic and social progress.

Applies programming and modeling mechanisms in the creation and implementation of mechatronic systems in real environments, selecting appropriate tools, critically evaluating the development and implementation process, and justifying technical decisions for programming, modeling, and system development based on optimization in real contexts, to improve efficiency, sustainability, and innovation in diverse sectors of society, contributing to technological advancement and the solution of social and economic problems.

Implements innovative solutions and advanced automation systems in productive processes, selecting the most effective tools and technologies to optimize efficiency, reduce costs, and improve quality, with the purpose of strengthening industrial competitiveness and contributing to sustainable development and the digital transformation of society.

Designs mechatronic projects and applies artificial intelligence to optimize industrial processes, using advanced tools to increase productivity, efficiency, and sustainability, contributing to technological development and strengthening competitiveness in society and the global industry.

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Mascota robot de inteligencia artificial ECOTEC

You’re one step away from starting your story with us!