MISSION
To train Industrial Engineers who are leaders, entrepreneurs, analytical, and critical thinkers; equipped with the competencies to design, implement, and optimize sustainable systems that generate goods and services, within a culture oriented toward quality, technological development, and social responsibility.
VISION
By 2025, the Industrial Engineering Educational Program will be a regional leader in the following areas:
- Teaching. Comprehensive education of Industrial Engineers recognized for its quality.
- Community Engagement. Graduates will enjoy high prestige and recognition at regional, national, and international levels, acknowledged for their social responsibility.
- Research. Most faculty members will meet the PRODEP desirable profile, and at least half will belong to the National System of Researchers (SNI). The majority will participate in consolidated or developing academic bodies.
PROGRAM STRUCTURE
The Industrial Engineering degree is designed to be completed in eight semesters, divided into three stages:
Basic, Disciplinary, and Terminal.
The final stage includes three areas of emphasis: Quality and Productivity, Business Development, and Manufacturing.
The curriculum consists of required and elective courses totaling 350 credits, of which 80% correspond to required courses and 20% to electives.
Community Engagement Projects form an integral part of the Curriculum Plan.
COURSES
In this section, you can find all courses by stage.
By clicking on a specific course, you can access its Learning Unit Program, which details the course content.
- BASIC STAGES
- SEMESTER I
- SEMESTER II
- SEMESTER III
- DISCIPLINARY STAGE
- SEMESTER IV
- SEMESTER V
- SEMESTER VI
- TERMINAL STAGE
- SEMESTER VII
- SEMESTER VIII
- OTHER ELECTIVES
- Project Managment
- Marketing
- Technical Report Writing
- Cleaner Production
- Applied Industrial Electronics
- Electrical Engineering
- Multivariable Calculus
- Information, Communication, and Collaboration Technologies
- Renewable Energies
- Human Capital Managment
- Information Sysmtes
- Technical English
- Multivariable Statistics
- Quality Engineering
- Industrial Instalations Design
- Strategic Planning
- Maintenance Managment
- Industrial Hygiene and Safety
- Robotics
- Professional Ethics
- Financial Information Analysis
Para más información:
Responsable del Programa Educativo Ingeniero Industrial:
Facultad de Ciencias Químicas e Ingeniería. UABC. Campus Otay: Calzada Universidad 14418 Parque Industrial Internacional Tijuana B.C. 22427 Tel.979 75 00.