Course Objectives

Industrial data systems overview and apply one of them to the construction of a computer based, small scaled production control system. The student should be able to evaluate and select a correct operative system for the implementation of a data strategy to control the process.

Course Description

Typical tasks for a process computer which controls a process. Windows based program ware for man/machine communication (MMK) and process control/monitoring (SCADA.) Fundamental rules for the design of MMK systems and the use of modern MMK tools and methods. Industrial data communication and bus systems. Basic real time principles and an understanding of real time operative systems (RTOS,) ways of operation, and their application to solving technical problems in industry and communication systems. Demonstration of the importance of selected operative systems with respect to real time problems and high performance. Presentation of current real time tools. Introduction to new object techniques and methods (COM & OLE/Active­_X) and examples on practical applications (including laboratory work.) Internet based control and monitoring (including demonstrations.) Distributed system, networks, and field buses. Programmable logical control (PLS) systems with PID control in a Windows environment (practical laboratory demonstrations and use.) Intelligent sensors in industry networks/field buses. System integration and system element collaboration in a process, from user’s interface to sensors and process instruments. The interpretation and use of process flow charts. Presentation of some important standards; NS, ISO, and IEC1131.

Learning Methods

Lectures, “case” projects, computer and laboratory exercises.

Assessment Methods

Under way exams and tests (30 %), and final exam (70 %).

Minor adjustments may occur during the academic year, subject to the decision of the Dean