Course syllabus AR - Automatic Control (ŠAVŠ - Sklad předmětů)

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Course title: Automatic Control
Semester: -- item not defined --
Course supervisor: doc. Ing. Jiří David, Ph.D.
Supervising department: Department of Mechanical and Electrical Engineering (ŠAVŠ)
Prerequisites for registration: not Bachelor state examination
Time allowance: full-time, 2/2 (hours of lectures per week / hours of seminars per week)
Type of study: usual
Form of teaching: lecture, seminar
Mode of completion and credits: Exam (5 credits)
Course objective:
Upon completion of this course, students should obtain knowledge and skills from different fields of the automatic control, as the lowest level of hierarchical management structure manufacturing enterprise. From the point of view of the knowledge, students meet main dynamic systems which can be described as individual technological aggregates and their methods of control. From the viewpoint of the skills, the main attention is focused on mastering classic and modern methods and instruments suitable for analysis and synthesis of problems in the field of automatic control.
Course methods: Tutorials especially deal with mathematical techniques leading to the analysis, design and setup of the individual elements of the system of automatic control. Lessons are properly complemented by educational programs.
Course content:
1.Basic concepts and definition of the subject content, system approach, controlled system, control system, feedforward and feedback control, basic types of regulation circuits. (allowance 2/1)
2.Logic circuits, their types and applications, truth table, minimization, logic diagrams. (allowance 3/4)
3.Identification and description of the dynamic systems, their basic characteristics and properties. (allowance 3/3)
4.Block diagrams, regulation circuit and its functions. (allowance 2/2)
5.Regulators, their description, meaning, properties and realization. (allowance 2/2)
6.Accuracy, stability and optimum setting of the regulation circuits. (allowance 4/4)
7.Methods of measurement, transmission and processing of information from technological processes. (allowance 2/1)
8.Sensors for measuring of non-electric values, principles and typical applications for measuring of temperature, pressure, flow, position and level positions. (allowance 2/1)
9.Usage of control computers and PLC in automatic control systems. (allowance 2/4)
10.Problems of optimal control, the importance of computer models for the design, implementation and operation of automatic systems of control of technological processes. (allowance 2/2)
Learning outcomes and competences:
After completing the course, student:
-Will analyze and design basic parameters of optimal control
-Will design an automated control system with the application of Fuzzy Logic Control principles
-Will design measuring chains for sensing basic non-electrical quantities
-Will explain principles of automatic control and will be able to design simple control circuits and mathematical models for control and setting of controllers' parameters

Teaching methods and workload (hours of workload):
Type of teaching methodDaily attendance
Direct teaching
     Attendance of lectures24 h
     Attendance of courses/seminars/tutorials24 h
     Composing of individual (seminar) work14 h
     Preparation for final test22 h
     Preparation for final oral exam28 h
Total112 h
Assessment methods:
Requirement typeDaily attendance
Term paper40 %
Final test20 %
Final oral exam40 %
Total100 %
Course completion:
1. Participation in tutorials is necessary condition. Maximum of unexcused absences are two, next two absences can be compensated by elaborating extra seminar works with topics of the not passed tutorials.
2. Point evaluation of the subject:
- Maximum 40 points in tutorials in form of semestral work, minimum 30 points for advance to the examination.
- Maximum 60 points for examination in form of a written and oral exam, minimum 30 points for successful completion of the subject.
3. Written examination:
- Examination dates published in information system AIS.
- Duration 60 minutes.
- Contains both computational and textual part.
4. Oral examination:
- Examination dates published in information system AIS.
- Duration 40 minutes.
- Debate on the results of the written exam.
Support for combined/distance forms of study:
Documents related to lectures and excercises placed in the AIS Document server.
Reading list:
Language of instruction: Czech
HOFREITER, M. Základy automatického řízení. Praha: ČVUT, 2018. 166 p. ISBN 978-80-01-06380-4.
FORD, M. Roboti nastupují - Automatizace, umělá inteligence a hrozba budoucnosti bez práce. Praha: Rybka Publishers, 2017. 384 p. ISBN 978-80-87950-46-3.
HOFREITER, M. Základy automatického řízení – příklady. Praha: ČVUT, 2017. 124 p. ISBN 978-80-01-05899-2.

Language of instruction: Czech
BALÁTĚ, J. Automatické řízení. 2nd ed. Praha: BEN, 2004. 663 p. ISBN 80-7300-148-9.
GOLNARAGHI, F. -- KUO, B C. Automatic Control Systems. Columbus: McGraw-Hill Education, 2017.

Study plans:
B-PM Průmyslový management, full-time form, initial academic year WS 2018/2019
B-PM Průmyslový management, full-time form, initial academic year WS 2019/2020
Run in the period of: SS 2018/2019, WS 2018/2019, WS 2016/2017   (and older)
Course tutor: doc. Ing. Jiří David, Ph.D. (supervisor)
Teaching language: Czech
Room: Mladá Boleslav

Last modification made by Ing. Aleš Kutín on 09/02/2019.

Type of output: