Industrial Maintenance Engineering

Program Description

The Industrial Maintenance Engineering program prepares students to ensure that facilities, machinery, and equipment in companies, commercial centers, and service buildings operate efficiently and reliably through effective maintenance management. The program consists of 10 four-month academic terms (cuatrimestres), completed in just over three years. During the first stage, which lasts six four-month terms, students earn the degree of Higher University Technician (TSU) in Maintenance. During the second stage, which lasts four additional four-month terms, students complete the requirements to earn the Bachelor’s Degree and Professional License in Industrial Maintenance Engineering. Graduates become key professionals capable of planning, managing, and implementing maintenance programs for facilities, machinery, and equipment in industrial and service organizations, or of developing their own maintenance-related business ventures.

Mission

To educate Industrial Maintenance Engineers capable of planning, managing, and executing preventive and corrective maintenance programs for facilities, machinery, and equipment, ensuring their proper operation and extending their service life. Through comprehensive training in resource management, technical diagnostics, and process optimization, graduates contribute to the sustainable development of industry and the competitiveness of organizations.

Vision

To be a leading academic program in the education of Industrial Maintenance specialists, recognized for its educational quality and for preparing professionals capable of leading strategies related to asset preservation, energy efficiency, and safety in productive systems. We aspire to become a model of innovation and excellence in the field of maintenance, promoting the continuous improvement of industry at the regional, national, and international levels.

Professional Profile

Graduates develop the ability to identify and solve problems by applying principles and theories of physics, chemistry, and mathematics, using the scientific method as a foundation for decision-making in scientific and technological contexts. This enables them to analyze complex situations and propose effective solutions within their professional environment. In addition, graduates acquire basic communication skills in French (A1 level), enabling them to express themselves in simple terms about themselves, other people, and their profession in both productive and receptive contexts. These skills facilitate interaction in professional, social, and personal settings, particularly in international and multicultural environments. Furthermore, graduates develop English language proficiency at the A2 level, allowing them to communicate feelings, ideas, knowledge, and experiences through simple and commonly used expressions. This competency strengthens both their professional and personal performance, expanding their ability to collaborate and interact effectively in diverse environments.
Consult Program Structure
Higher University Technician (TSU) in Industrial Maintenance

First Four-Month Term

English I

Human Development and Values

Mathematical Foundations

Fundamentals of Maintenance

Industrial Drawing

Industrial Safety

Communication and Digital Skills

Second Four-Month Term

English II

Socio-Emotional Skills and Conflict Management

Differential Calculus

Physics

Probability and Statistics

Maintenance Management

Thermodynamics

Third Four-Month Term

English III

Critical Thinking and Decision-Making

Integral Calculus

Electrical Systems

Machines and Mechanisms

Analog Electronics

Integrative Project I

Fourth Four-Month Term

English IV

Professional Ethics

Multivariable Calculus

Electrical Machines

Manufacturing Process Maintenance

Digital Electronics

Fifth Four-Month Term

English V

High-Performance Team Leadership

Differential Equations

Automation and Robotics

Thermal and Industrial Systems

Materials Science

Integrative Project II

Sixth Four-Month Term

First Professional Internship in the Productive Sector
Upon successful completion, students earn the Higher University Technician (TSU) Degree and Professional License in Industrial Maintenance.
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First Four-Month Term

English VII

Engineering Economics

Predictive Mechanical Maintenance

TPM and RCM Techniques

Destructive Testing

Automated Systems and Industrial Networks

Operation and Maintenance Protocols

Second Four-Month Term

English VII

Engineering Economics

Predictive Mechanical Maintenance

TPM and RCM Techniques

Destructive Testing

Automated Systems and Industrial Networks

Operation and Maintenance Protocols

Third Four-Month Term

English VIII

Environmental Management

Computer-Aided Manufacturing (CAM)

Human Talent Management

Non-Destructive Testing

Process Visualization and Control

Integrative Project III

Fourth Four-Month Term

Second Professional Internship in the Productive Sector
Upon successful completion, students earn the Bachelor’s Degree and Professional License in Industrial Maintenance Engineering.

Primary Contact

M.E. Ricardo Pérez Santellana

Director of the Industrial Maintenance, Nanotechnology, and Microelectronics & Semiconductors Programs