industrial Informatics

Computerized model Industrial Organization. Principles of operation and programming of integrated production systems (CIM) Distributed control systems, (DCS), closed architecture, Control Systems Real-Time, with criticality safety. Systems of supervisory control and data acquisition (SCADA), Distributed open architecture systems, Programmable logic controllers (PLC), Hardware and Industrial Application Software, Computers in production. Availability Computer Systems. IT Equipment Maintenance Systems. Software development standards for open architecture industrial control systems, Programming languages, software-engineering tools, Industrial Software Technology, quality standards, operating systems, field controllers, resource management systems. Programs and real-time databases. Communication and synchronization. Mathematical modeling and simulation. Virtual reality in the industry, Industrial computer networks, industrial wireless networks. Examples of software development for automatic control of industrial processes

Objectives

The course aims at introducing the students to the principles of design, operation and programming of software applications for integrated manufacturing systems. Developed the concepts of IT Industry model, and integrated production systems. It analyzes the concepts of distributed control systems, closed and open architecture, real-time systems, and supervisory control and data collection. Explains the principles and industrial software design tools. Describe the principles of industrial data networks and control, and are given real examples of application software for controlling industrial processes.

Prerequisites

No

Syllabus

Computerized model Industrial Organization. Principles of operation and programming of integrated production systems (CIM) Distributed control systems, (DCS), closed architecture, Control Systems Real-Time, with criticality safety. Systems of supervisory control and data acquisition (SCADA), Distributed open architecture systems, Programmable logic controllers (PLC), Hardware and Industrial Application Software, Computers in production. Availability Computer Systems. IT Equipment Maintenance Systems. Software development standards for open architecture industrial control systems, Programming languages, software-engineering tools, Industrial Software Technology, quality standards, operating systems, field controllers, resource management systems. Programs and real-time databases. Communication and synchronization. Mathematical modeling and simulation. Virtual reality in the industry, Industrial computer networks, industrial wireless networks. Examples of software development for automatic control of industrial processes