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Master's Degree in Industrial Informatics and Robotics

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About this course

University degree

1500 h

Online

Qualification of Master's Degree in Industrial Informatics and Robotics

Master's Degree in Computer Engineering issued by the Escuela Iberoamericana de Postgrado (ESIBE) in collaboration with Universidad del Norte.

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Objectives

Develop skills in the configuration of PLC programmable logic controllers.

Apply advanced programming techniques in HMI and SCADA.

Implement industrial communication protocols such as Profibus and CAN.

Evaluate and improve cybersecurity systems in industrial environments.

Design and integrate robots in automated lines.

Manage corrective maintenance in automated electrical installations.

Content

MODULE 1. INDUSTRIAL AUTOMATION

UNIT 1. CONCEPTS AND EQUIPMENT USED IN INDUSTRIAL AUTOMATION
Previous concepts
Objectives of automation
Degrees of automation
Classes of automation
Equipment for industrial automation
Human-Machine Dialog, HMI and SCADA
UNIT DIDACTIC 2. ROBOTICS. EVOLUTION AND MAIN CONCEPTS
Robotics
Evolution of industrial robots. Cobotics
Manufacturers of manipulator robots
Definition of Robot
Basic components of a robotic system
Structural and functional subsystems
Applications of robotics
Classification criteria of robots
UNIT DIDACTIC 3. ELECTRICAL AND ELECTRO-MAGNETIC PRINCIPLES
Principles and properties of electric current
Electrical and electromagnetic phenomena
Measurement of electrical quantities. Power factor
Laws used in the study of electrical circuits
Single-phase systems. ELECTRICAL INSTALLATIONS APPLIED TO AUTOMATED INSTALLATIONS
UNIT 5. ELECTRICAL AUTOMATION COMPONENTS
UNIT 6. SETTINGS AND ADJUSTMENTS OF AUTOMATED INSTALLATIONS
UNIT DIDACTIC 7. ELECTRICAL-ELECTRONIC CORRECTIVE MAINTENANCE
MODULE 2. INDUSTRIAL COMMUNICATION NETWORKS AND BUSES
UNIT 1. INTRODUCTION AND OPERATION OF COMMUNICATION NETWORKS
UNIT DIDACTIC 2. INDUSTRIAL BUSES AND NETWORKS. INITIAL CONCEPTS
UNIT 3. OPERATION AND APPLICATION OF THE MAIN INDUSTRIAL BUSES
UNIDAD DIDÁCTICA 4. AS-INTERFACE (AS-I) BUS OPERATION AND COMPONENTS
UNIT 5. PROFIBUS FMS, DP AND PA BUS OPERATION AND COMPONENTS
UNIT 6. CAN PROTOCOL AND CANOPEN BUS OPERATION AND COMPONENTS
UNIT 7. INDUSTRIAL ETHERNET
UNIDAD DIDÁCTICA 8. WIRELESS NETWORKS
MODULE 3. SIEM AND INDUSTRIAL CONTROL SYSTEMS FOR SECURITY IMPROVEMENT
UNIT 1. INTRODUCTION AND PREVIOUS CONCEPTS
UNIT DIDACTIC 2. SIEM SYSTEMS CAPABILITIES
UNIT 3. SECURITY, AUDITING AND COMPLIANCE IN THE CLOUD
UNIT DIDACTIC 4. ADVANCED CONCEPTS OF CLOUD COMPUTING
TEACHING UNIT 5. CYBERSECURITY IN MOBILE ENVIRONMENTS
UNIT DIDACTIC 6. CYBERSECURITY IN INDUSTRIAL CONTROL SYSTEMS (IC)
MODULE 4. PROGRAMMABLE PLC AUTOMATICS
UNIT 1. CONCEPTS AND EQUIPMENT USED IN INDUSTRIAL AUTOMATION
UNIT DIDACTIC 2. CLASSIFICATION OF PROGRAMMABLE AUTOMATICS
UNIT DIDACTIC 3. PLC ARCHITECTURE
UNIT DIDACTIC 4. DATA INPUT AND OUTPUT IN PLC
Input and output modulesDigital input
UNIT 5. DESCRIPTION OF THE PLC OPERATING CYCLE
UNIT 6. PLC CONFIGURATION
UNIT 7. BOOLE ALGEBRA AND USE OF SPECIAL PROGRAMMING ELEMENTS
UNIT DIDACTIC 8. PROGRAMMING THROUGH CONTACT DIAGRAM: LD
UNIT DIDACTIC 9. PROGRAMMING THROUGH LOGIC FUNCTION LANGUAGE: FBD
TEACHING UNIT 10. PROGRAMMING THROUGH INSTRUCTION LIST LANGUAGE IL AND STRUCTURED TEXT ST
UNIT DIDACTIC 11. PROGRAMMING THROUGH GRAFCET
UNIT DIDACTIC 12. SOLUTION OF PLC PROGRAMMING EXAMPLES
MODULE 5. HMI AND SCADA SYSTEMS IN INDUSTRIAL PROCESSES
UNIT 1. FUNDAMENTALS OF PROCESS CONTROL AND MONITORING SYSTEMS: SCADA AND HMI
UNIT DIDACTIC 2. SCADA HARDWARE: MTU, RTU AND COMMUNICATIONS
UNIT 3. THE SCADA SOFTWARE AND OPC UA COMMUNICATION
UNIT DIDACTIC 4. IMPLEMENTATION PLANS AND SCHEMATICS
UNIT 5. INTERFACE DESIGN WITH STANDARDS
UNIT DIDACTIC 6. GEMMA: GUIDE TO STARTING AND STOPPING MODES IN AN AUTOMATIC
UNIT 7. DEVELOPMENT MODULES
Configuration moduleOperator GUI tools
UNIT DIDACTIC 8. HMI AND SCADA INTERFACE DESIGN
MODULE 6. INDUSTRIAL ROBOTS
UNIT 1. ROBOTICS. EVOLUTION AND MAIN CONCEPTS
UNIT DIDACTIC 2. INCORPORATION OF THE ROBOT IN AN AUTOMATED LINE
UNIT DIDACTIC 3. TECHNICAL AND MORPHOLOGICAL CHARACTERISTICS OF ROBOTS
UNIT DIDACTIC 4. ACTUATIVE EQUIPMENT
UNIT DIDACTIC 5. SENSORS IN ROBOTICS
UNIT DIDACTIC 6. THE CONTROLLER UNIT
TEACHING UNIT 7. TERMINAL ELEMENTS AND TRANSFER APPLICATIONS. PICK AND PLACE
UNIT UNIT 8. COMPONENTS FOR PAINTING, WELDING AND ASSEMBLY TASKS
TEACHING UNIT 9. GUIDED AND TEXTUAL PROGRAMMING

Methodology

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. Además recibirá los materiales didácticos que incluye el curso para poder consultarlos en cualquier momento y conservarlos una vez finalizado el mismo.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.

What does it prepare you for?

The Master in Industrial Informatics and Robotics prepares you to face complex challenges in automation and industrial robotics. You will acquire advanced skills in the management of PLC programmable logic controllers, HMI and SCADA systems, and industrial networks. You will learn to integrate robots in automated lines, optimize electrical installations and apply cybersecurity in control systems. This training will enable you to design, program and maintain automated and robotic systems, improving efficiency and safety in industrial environments.

Who is it aimed at?

The Master in Industrial Informatics and Robotics is aimed at professionals and graduates in the sector who seek to expand and update their knowledge in advanced areas such as industrial automation, robotics, SIEM and industrial control systems, PLC programmable logic controllers, and HMI and SCADA systems. Ideal for those interested in deepening their knowledge in cybersecurity and industrial robot programming.

Career opportunities

- Industrial automation engineer - Robotics and control systems specialist - PLC automaton programmer - HMI and SCADA systems designer - Electro-electronic maintenance technician - Industrial networks and communication buses integrator - Industrial cybersecurity consultant - Robotized applications developer for production