TI3105

TI3105 PRODUCTION AUTOMATION
Credits: 2 Course Coordinator:
Contact hours:

 

Two hour class session each week Instructor(s): AM, SKY
Textbook(s) and other supplemental materials 1.             Chang, T.C., R. Wysk, & H-P Wang, 1998, Computer Aided Manufacturing, Prentice Hall International, Englewood Cliffs.

2.             Bedworth, D., M. Henderson, & P. Wolfe, 1991, Computer Integrated Design and Manufacture, McGraw-Hill, New York.

3.             Boucher, T.O., 1996, Computer Automation in Manufacturing, Chapman & Hall, London.

4.             Petruzella, F.D, 1996, Industrial Electronics, McGraw-Hill, New York.

5.             Asfahl, C.R, 1995, Robots and Manufacturing Automation, John Wiley & Sons, Chichester-England.

Course information Konsep dan model dasar sistem otomasi; Diagram elektrik industri; rangkaian elektronik dan gerbang logika; Peralatan pengendali industri; Teori dan dasar sistem pengendali; Komunikasi data dan local area network pada sistem manufaktur, Programmable logic controller; Pengendalian dan pemrograman numerik; hard dan soft automation.
Concepts and basic model of automation system, industrial electric diagram, logic gate and electronic circuit, industrial control equipment, theory and basic of control system, data communication and local area network in a manufacturing system, programmable logic controller, numerical programming and control, hard and soft automation.
Pre-requisite

  • MR2103 Industrial Electronics
  • TI2204  Manufacturing Process
Co-requisite

  • N/A
Required Course
Learning outcomes Mahasiwa mampu untuk melakukan proses perancangan sistem otomasi, sistem mesin NC, serta merancang dan mengimplementasikan sistem control logika.
Students are able to design automation systems process, NC machinery systems, and design and implement logical control systems.
Student Outcomes A b c d e f g h i J k
R R R

 

Lecture/Lab Topics Covered

Week Topics
1 Introduction and Basic Model of Automation
2 Basic Model of Automation
3 Industrial Electrical Diagram
4 Electronic Circuits and Logic Gates
5-6 Controlling Equipment
7 Theory and Basic Controlling System
8 Midterm Test
9 Data Communication and Local Area Network on Manufacturig System
10-11 Programmable Logic Controller (PLC)
12-13 Numerical Control (NC) Program
14 Hard Automation
15 Soft Automation
16 Final Test