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Home / FACULTAD DE NUEVAS TECNOLOGÍAS / Industrial Robotics Course: Implementation, Components and Programming
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This Industrial Robotics Course: Implementation, Components and Programming is aimed at professionals in the field of industrial automation, engineers, technicians interested in acquiring knowledge and skills in industrial robotics. No specific...
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University degree
200 h
Online
8 ECTS (Créditos)
University Degree in Industrial Robotics Course: Implementation, Components and Programming with 200 hours and 8 ECTS credits by the Catholic University of Murcia.
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Understand the evolution and key concepts of industrial robotics.
To analyze and integrate robotics with other automated systems in industrial environments.
To know the technical and morphological characteristics of industrial robots.
Master the actuators, transmissions and gearboxes used in industrial robotics.
To become familiar with sensory devices and their application in robotic systems.
Acquire skills in robot programming using guided and textual methods.
Have you ever wondered how the robots that assemble the cars we drive or the devices we use every day work? Industrial robotics is at the heart of modern production, and mastering it opens the door to a world of career opportunities.
We live in an era where automation is key. Companies are constantly looking to optimize their processes, reduce costs and increase efficiency. This is where industrial robots come into play: precise, tireless and highly efficient machines that perform repetitive tasks with unmatched accuracy.
By specializing in industrial robotics, you become a critical piece for industries looking to stay competitive in a globalized market. Not only will you be at the forefront of technological innovation, but you will also be an essential part in the transformation of production processes.
This course is designed to provide you with comprehensive training in the field of industrial robotics. Throughout its modules, you will acquire theoretical and practical knowledge that will allow you to:
Understand the fundamentals of industrial robotics: From its origin to the most advanced applications today.
Identify and analyze the essential components: Motors, sensors, actuators and control systems that make up an industrial robot.
Develop programming skills: You will learn to program robots to execute specific tasks, adapting them to production needs.
Implement and supervise robotic systems: You will be trained to integrate robots into production lines and ensure their correct operation.
This course is ideal for:
Engineers and technicians who wish to specialize in automation and robotics.
Professionals in the manufacturing industry who are looking to update their knowledge and adapt to new technologies.
Engineering students who want to orient their career towards industrial robotics.
Entrepreneurs and businessmen interested in implementing robotic solutions in their production processes.
The course combines theory and practice to guarantee effective learning. Through virtual classes, interactive materials and practical exercises, you will be able to:
Study at your own pace: Access online content from anywhere and at any time.
Participate in forums and discussions: Interact with professors and peers to enrich your learning experience.
Perform virtual practices: Simulations and exercises that will allow you to apply what you have learned in controlled environments.
Evaluate your progress: Through tests and projects that will measure your progress and consolidate your knowledge.
At the end of the course, you will obtain:
Recognized certification: A diploma that endorses your competencies in industrial robotics.
Access to a job bank: Connections with companies looking for professionals specialized in automation.
Constant updates: Access to additional materials and resources to keep you up to date with the latest trends.
Networking: You will be part of a community of professionals and experts in the field of robotics.
No prior knowledge of robotics is required to enroll in this course. You only need:
Device with internet access: To access the online classes and materials.
Motivation and willingness to learn: The key to make the most of this opportunity.
Industrial robotics is not the future; it is the present. Companies demand trained professionals who can integrate and manage automated systems. By enrolling in this course, you'll be one step ahead, positioning yourself as an expert in an ever-growing field.
Don't wait any longer. Take the next step toward a successful career in industrial robotics. Enroll today and start building the future of automation.
Enroll today and start building the future of automation.
UNIT 1. ROBOTICS. EVOLUTION AND MAIN CONCEPTS
UNIT DIDACTIC 2. ANALYSIS AND INTEGRATION OF ROBOTICS WITH OTHER AUTOMATED SYSTEMS
UNIT DIDACTIC 3. TECHNICAL AND MORPHOLOGICAL CHARACTERISTICS OF ROBOTS
UNIT DIDACTIC 4. ACTUATORS, TRANSMISSIONS AND REDUCERS USED IN ROBOTICS
UNIT DIDACTIC 5. SENSORY DEVICES IN ROBOTICS
UNIT 6. CONTROLLER. SERVO CONTROL TYPES AND FUNCTIONS
UNIT 7. TERMINAL ELEMENTS AND MOVING APPLICATIONS. PICK AND PLACE
UNIT DIDACTIC 8. PAINTING, WELDING AND ASSEMBLY. PROCESSES AND TOOLS
UNIT DIDACTIC 9. PROGRAMMING METHODS. GUIDED AND TEXTUAL.
TEACHING UNIT 10. ROBOTICS AND AUTOMATION IN CONSTRUCTION
TEACHING UNIT 11. SPACE ROBOTS
TEACHING UNIT 12. INTELLIGENT TRANSPORTATION SYSTEMS
TEACHING UNIT 13. INTELLIGENT AUTONOMOUS ROBOTS
TEACHING UNIT 14. APPENDIX: LEARNING RESOURCES FOR ABB RAPID
UNIT DIDACTIC 15. APPENDIX: LEARNING RESOURCES FOR KUKA KRL
UNIT 16. APPENDIX: LEARNING RESOURCES FOR FANUC KAREL
TEACHING UNIT 17. APPENDIX: LEARNING RESOURCES FOR VALII BY UNIMATION
TEACHING UNIT 18. APPENDIX: LEARNING RESOURCES FOR LANGUAGE V+ BY STÄUBLI
Entre el material entregado en este curso se adjunta un documento llamado Guía del Alumno dónde aparece un horario de tutorías telefónicas y una dirección de e-mail dónde podrá enviar sus consultas, dudas y ejercicios. La metodología a seguir es ir avanzando a lo largo del itinerario de aprendizaje online, que cuenta con una serie de temas y ejercicios. Para su evaluación, el alumno/a deberá completar todos los ejercicios propuestos en el curso. La titulación será remitida al alumno/a por correo una vez se haya comprobado que ha completado el itinerario de aprendizaje satisfactoriamente.
This Industrial Robotics: Implementation, Components and Programming course prepares you to become an expert in the implementation and control of robotic systems in industrial environments. You will learn how to configure suitable components and program industrial robots, such as pick and place, painting and welding. You will gain knowledge of integrating robotics with other automated systems and explore applications of robotics.
This Industrial Robotics Course: Implementation, Components and Programming is aimed at professionals in the field of industrial automation, engineers, technicians interested in acquiring knowledge and skills in industrial robotics. No specific prior knowledge is required, although it is recommended to have a background in electronics, automation and programming.
The professional opportunities of this Industrial Robotics Course: Implementation, Components and Programming are industrial robotics engineer, automation specialist, robot programmer, maintenance technician, robotics implementation consultant in industries, among other roles. You will find job opportunities in various industrial sectors.
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