MANUFACTURING AND CONTROL (IEME-MYC-2024-01)
Objective of the specialty Graduates of the "Manufacturing and Control" specialty of Electromechanical Engineering from the Technological Institute of Toluca will have the knowledge and skills applicable to solving problems in the areas of automation for manufacturing in the public and private sectors, in the production of goods and services, using cutting-edge technology, integrating human capital into work teams in a sustainable environment.
| Course | Objetive | Credits |
|
Automation for manufacturing |
Carries out automation projects based on standardized procedures that allow solving problems of control and supervision of industrial production and manufacturing processes. |
5 |
|
Fundamentals of Management |
Applies the structure and management techniques of production systems for their integration and continuous improvement through the application of engineering knowledge. |
5 |
|
Numerical Control Manufacturing |
Develops comprehensive solutions considering emerging technologies in CNC systems, as well as the use of cutting-edge tools in problem solving from a design perspective. |
5 |
|
Fundamentals of Robotics |
Develops robotic system applications based on kinematic configuration, using programming techniques that take into account safety parameters. |
5 |
|
Industry 4.0 (elective 1) |
Identify Industry 4.0 technologies in the implementation of smart manufacturing processes. |
5 |
|
Power Systems Modeling (elective 2) |
Performs the calculations necessary to determine the symmetrical and asymmetrical fault currents in electrical power systems. Analyzes power flows in an electrical power system in the different scenarios in which they occur. Uses computational tools that allow simulating special cases. Uses specialized software to perform fault simulations in electrical power systems. |
5 |
Contribution to the graduate profile:
Designs and implements strategies and programs for the control and/or automation of production processes and devices in electromechanical systems. Exercises leadership and teamwork attitudes, to make decisions based on an ethical and professional sense.
Generic competencies:
Design process control for manufacturing, using technological techniques and strategies to increase productivity.
