Duration of this Course:
One semester
One semester
Prerequisites
Basic process modelling
Course Objectives
The students will learn: Systems theory of dynamic systems. Methods and tools of design and analysis of process control systems.
Learning Methods
Lectures. Theoretical exercises. Computer exercises. Practical lab work.
Course Description
Importance of control engineering for solving process and environmental problems. Mathematical modelling of physical processes. System theory of dynamic systems. PID control. Cascade control. Feedforward control. Predictive control. Control structures for industrial processes. Analysis of control systems. Logical and sequential control using PLCs. Automation technology. Using LabVIEW for analysis, design and simulation.
Assessment Methods
Evaluation is based on individual assignments (20%), laboratory assignment (group work, 20%) and individual written examination (60%).
Literature:
| Tittel | Forfatter | Forlag | Utgave | Utgitt år | ISBN | Kapittel / Sider | Kommentar | Type | Obligatorisk |
| Dynamic Systems - modeling, analysis and simulation. | Finn Haugen | Tapir Publisher | Seneste | Bok | Yes | ||||
| PID Control | Finn Haugen | Tapir Publisher | Seneste | Bok | Yes |