To train mechatronics engineers with the necessary skills to solve problems of design, construction, maintenance, programming and control of mechatronics systems, developing and applying new technology, with the necessary skills to develop a life and career plan with ethics, responsibility and tolerance in one’s professional and personal development environments.
The student who joins UPIITA, must have a solid comprehensive education, with competences in higher level Physics, Mathematics, management of information and communication technologies, basic command of English language, ability to work in team, propositive leadership attitudes, desires for improvement and an all-time conduct based on ethics, responsibility and tolerance in their environments of personal and professional development.
Know basic aspects on the handling of computer equipment.
Master solid concepts in Physical-Mathematical Sciences.
Understand the concepts of Mathematical Logic
Master basic aspects of the English language.
Comply with a program of studies compatible with the Higher Level of the IPN
Solve mathematical problems, applying different approaches.
Explain and interpret the results obtained through mathematical procedures and contrast them with established models or real situations.
Quantify, represent and contrast experimentally or mathematically the magnitudes of space, time and physical properties of the objects that surround it.
Interpret tables, graphs, maps, diagrams and texts with mathematical and scientific symbols.
Make decisions in daily situations.
Manage computer equipment.
Read and understand texts in Spanish and English.
Show interest for updating and continuing education.
Behave responsibly, honestly, ethically, with commitment and professionalism for the proper conduct of the activities carried out.
Exercise proactive, creative and purposeful leadership for decision making with tolerance.
Develop critical and self-critical capacity in their professional and personal lives.
Have the ability to develop in professional, personal, cultural and social contexts.
ork as a team.
Mechatronics engineers are interdisciplinary professionals capable of designing, manufacturing and constructing devices and mechatronics systems, automating industrial processes, with the mastery of a second language and the ability to integrate into work teams, develop and use new technology, applied ethically and responsibly in solving the needs of the social environment and in harmony with the environment.
Know the basics of process reengineering.
Know the electric and magnetic principles for the operation of electric machines.
Know the elements for the control of electrical machines.
Understand the elements for the control and automation of systems and processes.
Know the methods of analysis and synthesis of mechanisms.
Identify sensors and actuators for control applications.
Know the basic principles of thermodynamics.
Identify the components that constitute an embedded system.
Understand the methodology for the design of mechatronic systems.
Know the techniques and tools for computer-aided design, drawing, manufacturing and engineering.
Identify the basic components of analogue, digital and power electronics.
Understand the elements that make up a computer program.
Know the procedures for the measurement of physical variables and the analysis of the results.
Know the physical and mathematical principles that describe the behaviour of mechatronic systems.
Know the operation of the elements involved in pneumatic and hydraulic systems.
Know the indications and manufacturing operations with and without removal of material.
Know the procedures for the programming of programmable devices.
Identify the mechanical, electrical and thermal properties of materials.
Know the behaviour of structures and mechanical elements before static and dynamic loads.
Know the methodology for the design of product projects and mechatronic processes.
Know the methodology for project management of mechatronic products and processes.
Know the concept and scope of Mechatronics Engineering.
Know the necessary elements for the development and implementation of a business plan.
Design product projects and mechatronic processes.
Manage product projects and mechatronic processes.
Develop hardware and / or software for specific control and automation applications.
Model physical systems.
Raise problems, argue hypotheses, validate and write results.
Employ manufacturing processes, handling and transportation of products and materials.
Use computer technology tools and communications for computer-aided drawing, design, manufacturing and engineering.
Integrate electronic components with sensors and actuators.
Develop control and automation systems.
Use data communication protocols for industrial applications.
Perform statistical analysis of failures, maintenance techniques and quality control.
Analyse the variation of parameters in mechatronics equipment and systems.
Apply the current regulations of the environment and quality control.
Design equipment and / or machinery in an ergonomic way.
Advise in his/her professional field.
Conduct field research.
Analyse equipment and component specification sheets.
Structure manufacturing plans.
Develop a business plan.
Know how to be and to live together
Develop critical and self-critical capacity in their professional life.
Interest for updating and continuing education.
Act in a responsible, honest, ethical manner, with commitment and professionalism for the good development of the activities carried out.
Exert proactive, creative and purposeful leadership for decision-making with tolerance.
Ability to develop in professional, personal, cultural and social contexts.
The requirements to be covered by the candidate for admission to the IPN are:
Sit the entry examination which is the only way to enter the National Polytechnic Institute and comply in a timely manner with each of the stages of the admission process highlighted in the call for entry to the university system at IPN and show documents such as:
The current work field of the engineer in Mechatronics is in companies of the automotive, manufacturing, petrochemical, metal-mechanic, food and electromechanical industries, mainly conducting design, manufacturing, programming of components and industrial systems and specialized equipment, as well as in the promotion and activation of professional services companies.