GRADUATE ATTRIBUTES
1.- Identifies, analyzes, formulates, and applies basic science principles, as well as techniques, methods, and tools, to solve complex industrial engineering problems.
2.- Designs, analyzes, and optimizes systems, components, or processes through research, design of experiments, and data analysis and interpretation to support decision-making in organizations with a sustainable approach.
3.- Selects, models, and applies engineering techniques, resources, and technological tools to solve complex problems.
4.- Solves complex industrial engineering problems based on ethical principles, standards, and laws, considering economic, environmental, and social impacts within national and international contexts.
3.- Selects, models, and applies engineering techniques, resources, and technological tools to solve complex problems.
4.- Solves complex industrial engineering problems based on ethical principles, standards, and laws, considering economic, environmental, and social impacts within national and international contexts.
5.- Leads and collaborates effectively in diverse and multidisciplinary teams in different contexts, communicating ideas effectively to different audiences.
6.- Applies knowledge and principles of management, innovation, and resource optimization in sustainable entrepreneurship projects, both personal and organizational, within multidisciplinary environments.
7.- Recognizes the importance of disciplinary updating, as well as new trends in industrial engineering and the application of critical thinking in professional practice.