Subject syllabus (Major: Automation) Subject name: scada: analysis & design



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SUBJECT SYLLABUS

(Major: Automation)

  1. Subject name: SCADA: ANALYSIS & DESIGN

  2. Credit: 2

  3. Instructors: Dr. TRUONG DINH CHAU, Dr. HOÀNG MINH TRÍ, Dr. NGUYỄN ĐỨC THÀNH

  4. Department Department of Automatic Control Engineering, Faculty of Electrical – Electronic Engineering.

  5. Course Description:

The course provides theoretical reductions about possibilities, structures, technical features and trend of Supervisory Control And Data Acquisition (SCADA) system, I/O devices and I/O devices networking (DAQ Card, PLC, …) and industry communication technology.

The crucial issue of the course is analysis of components in the SCADA systems, the mechanisms of integration of I/O devices with SCADA software, MS Office the other applications.



In the course use industry components: PLC Omron, Siemens, ADC/DAC Card, Intouch, GeniDAQ, DDE Servers, OPC Servers and MS Office for practical demonstration of the theoretical material. On basis these students make some experiments, use control objects, I/O devices and software for design of SCADA system.

  1. Subject content:




Chapter

Content

Reference

1

SCADA system, structure & components

  1. Introduction

  2. What is SCADA?

  3. Components of SCADA system

  4. Information structure of hierarchical process control systems

[1], [2]

2

Data acquisition devices & networking of data acquisition devices

  1. Data acquisition cards & accessories

  2. PLC

  3. Typical configurations of I/O device connection with IPC

  4. PLC networking & DCS

[1]

3

Industry communication technology

  1. Communication technology

  2. Typical mechanisms of data exchange

  3. Basic type of automation networks

  4. Example: Modbus protocol

[1]

4

Concepts in SCADA software, HMI & control strategies design

  1. Tag – abstract of parameters of process control

  2. Device – abstract of I/O device

  3. Task – HMI & real-time control strategies design

[1]

5

Approaches of device connection with SCADA software

  1. Typical configurations of I/O device connection with IPC

  2. DLL mechanism

  3. DDE mechanism

  4. OLE mechanism

  5. OPC mechanism

[1], [2], [3]

6

Web technology in SCADA

  1. Integration of information with process control aproaches

  2. Web technology in SCADA

  3. Internet in integrated control systems

[3]

  1. Reference Literature:


[1] Bailey D.

Practical SCADA for Industry. Elsevier. 2003. 288 p.

[2] Trương Đình Châu

Hệ thống thu thập dữ liệu và điều khiển giám sát. Hướng dẩn thí nghiệm. Bộ môn Điều khiển Tự động, ĐH BK TP. HCM. 2006. 30 trang.

[3] Iwanittz F.

OPC: fundamentals, implementation, and application. Heidelberg: Huthig. 2002. 221 p.




  1. Evaluation:

No

Method

Number of test

Weight(%)

1

Mid-term test







2

Practice, Experiment

2

40

3

Seminar, Assignment,

1

20

4

Final test

1

40


Instructor

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