Selected Chapters in Automation Systems Integration | Faculty of Technical Sciences

Subject: Selected Chapters in Automation Systems Integration (17.HDOKL3)

Type of studies	Title
Doctoral Academic Studies	Mechatronics (Year: 2, Semester: Winter)

General information:

Category	Professional-applicative
Scientific or art field	Mehatronika, robotika i automatizacija i integrisani sistemi
ECTS	10

The aim of the course Selected chapters from the integration of automated systems is mastering knowledge from complex control techniques used in pneumatic, electro-pneumatic, electrohydraulic and hydraulic systems that allow the student to independently carry out engineering analysis and design the most complex control systems. The objective of the course is to acquire competencies in order to be able to independently carry out engineering analysis of the most complex dynamic devices and systems and to design the most complex control systems for them.

Students who attend the course and pass the exam are able to analyze the control functions of the most complex dynamic systems and design the most complex control systems. The student acquires competences that allow him to independently carry out engineering analysis of the most complex dynamic devices and systems and to design the most complex control systems for them.

Principles and strategies of system automation; Industrial control systems; Automation systems for data acquisition; Flexible production systems; Competitive engineering

Mentor and the student choose one or more modules, depending on the scope of the module. Consultation. Lectures are conducted in combination. Leaving the theoretical part is followed by examples which serve to clarify material of the theoretical part. In addition to lectures, consultations are held regularly. Through study research, the student studies scientific journals and other literature and independently deepens curriculum from lectures. Through the work with the teacher, the student is trained to write independently their own scientific work.

Authors	Title	Year	Publisher	Language
Milenković, I., Komenda, T., Šešlija, D., Mališa, V.	Optimization of compressed air and electricity consumption in a complex robotic cell	2013	Elsevier	English
Šešlija D., Ignjatović I., Dudić S.	Increasing the Energy Efficiency in Compressed Air Systems	2012	InTech	English
Дудић С, Игњатовић И, Шешлија Д, Благојевић В, Стојиљковић М	Leakage quantification of compressed air using ultrasound and infrared thermography	2012	Elsevier	English