Electrical & Control Engineering

Description

Mathematical modeling of chemical processes. Dynamic elements in the control loop. Characteristic of real process. Nonlinear control elements. Control system instrumentation. Feedback controller tuning. Continuous cycling method. Process reaction curve method. Feed-forward and ratio control design and tuning. Direct digital control (DDC). Minimal prototype algorithm. Internal model control. Degrees of freedom for process control. Process control design considerations. Industrial case study.

Program

M.Sc. in Electrical and Control Engineering

Objectives

The student should be able to: Apply modeling methods for different process and methods of tuning. Model the process control (chemical, electromechanical, etc), Tuning of controller. Design the process control.

Textbook

Data will be available soon!

Course Content

content serial

Description

1	Introduction.
2	Math. Modeling of chemical processes.
3	Math. Modeling of chemical processes.
4	Characteristic of real process.
5	Control system elements (linear and nonlinear).
6	Control system instrumentation.
7	Introduction to feedback controller tuning.
8	Different methods for feedback controller tuning.
9	Feed forward control design and tuning.
10	Control system design and tuning (feed forward, cascaded, feedback, and ratio controller).
11	Digital control design and tuning.
12	Digital control design and tuning.
13	Process control design consideration.
14	Industrial case study (chemical industries).
15	Industrial case study (chemical industries).
16	Final Exam.
1	Introduction.
2	Math. Modeling of chemical processes.
3	Math. Modeling of chemical processes.
4	Characteristic of real process.
5	Control system elements (linear and nonlinear).
6	Control system instrumentation.
7	Introduction to feedback controller tuning.
8	Different methods for feedback controller tuning.
9	Feed forward control design and tuning.
10	Control system design and tuning (feed forward, cascaded, feedback, and ratio controller).
11	Digital control design and tuning.
12	Digital control design and tuning.
13	Process control design consideration.
14	Industrial case study (chemical industries).
15	Industrial case study (chemical industries).
16	Final Exam.

Markets and Career

Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
Electrical power feeding for civil and military marine and aviation utilities.
Electrical works in construction engineering.

Process Control

Description

Program

Objectives

Textbook

Course Content

Markets and Career

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