The document outlines the 9 semester study plan for a mechatronics engineering career. Over the course of 4.5 years, students take courses in various fields including biology, physics, chemistry, mathematics, engineering, electronics, and more. The career prepares students to design, build, and implement automated mechatronic systems by integrating mechanical, electrical, electronic and computing technologies. Graduates will be qualified to work in industries developing robotic, automation and control systems.

1. Study Plan: 1st Semester: Biología Física I Lengua extranjera Taller de análisis y expresión verbal Matemáticas para ingeniería I Introducción a la ingeniería mecatrónica Química 2nd Semester: Física II Perspectiva humanística Dibujo computarizado Estática Matemáticas para ingeniería II Informática industrial Laboratorio de química 3rd Semester : Electricidad y magnetismo Ética, persona y sociedad Dinámica Ecuaciones diferenciales Matemáticas para ingeniería III Circuitos eléctricos I 4th Semester: Expresión verbal en el ámbito profesional Mecánica de materiales I Métodos numéricos en ingeniería Automatismos lógicos Laboratorio de automatismos lógicos Circuitos eléctricos II Diseño electrónico I Mecatronic

2. 5th Semester: Análisis y simulación de mecanismos Tecnología de materiales Probabilidad y estadística Matemáticas avanzadas Actuadores Diseño electrónico II 6th Semester Perspectiva científica y tecnológica Diseño y análisis de experimentos Análisis y síntesis de máquinas Tecnologías de manufactura Ingeniería de control Laboratorio de instrumentación mecatrónica Laboratorio de diseño electrónico 7th Semester Perspectiva sociopolítica Ingeniería de proyectos Transferencia de energía Control computarizado Laboratorio de redes industriales Redes industriales Sistemas embebidos 8th Semester Desarrollo de emprendedores Diseño mecatrónico Laboratorio de control automático Laboratorio de mecatrónica Integración de sistemas de manufactura Tópicos I Tópicos II 9th Semester: Ética, profesión y ciudadanía Optativa de perspectivas Proyecto de ingeniería mecatrónica Robótica industrial Tópicos III Tópicos IV

3. Mecatronic career have a duration of 9 Semesters that’s equally to 4 years and a half. A Mechatronic Engineering is a professional with extensive practical knowledge and multidisciplinary. Able to integrate and develop automated systems involving technologies from various fields of engineering. This specialist understands the operation of mechanical components, electrical, electronic and computer industrial processes.

4. As a Mechatronics Engineer you will be able to: *Design, build and implement mechatronic products and systems to meet emerging needs, under the ethical commitment to their economic, social, environmental and political. *Build solutions based on creativity, innovation and continuous improvement of control systems and automation of industrial processes. *Supporting the competitiveness of enterprises through automating those processes that contribute to increased productivity, improved quality, reduced costs and reliability of these. *Evaluating, selecting and integrating mechatronic devices and machines such as robots, numerical control lathes, programmable logic controllers, industrial computers, among others, to improve industrial processes of manufacturing. *Being a leader in work teams to develop inter-and multidisciplinary projects.

6. Advantages & Disadvantages of Mecathronic The advantages of mechathronic can be that you will learn and create new technology for the future, you can invent new things, new cures, new robots. The disadvantages of mechathronic can be that you need yo know alot of mathematics, physics, alot of formulas.