Transcript EKT314/4 Electronic Instrumentation

En. Muhamad Asmi bin Romli
 [email protected]
 M.Sc (Embedded System Design), USM,
2005
 B.Eng (Electric & Electronics –
Microelectronics), USM, 2000

National Instruments, 2010

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En. Zahari bin Awang Ahmad
 [email protected]
 M.Sc (Computer and Microelectronic
System), UTM, 2009
 B.Eng (Electric & Electronics), University of
Kentucky, US, 1994
 Industrial Collaboration & Quality
Management Coordinator

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Master of Engineering
Computer and Microelectronics
System(2009)
BSc Electrical Engineering
1994
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En. Phak Len a/l Eh Kan
 [email protected]
 M.Sc in Information Technology, UUM
 B.Eng (Hons) in Electronic, UTM
 Ph.D, Birmingham, UK (soon to graduate)

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Dr. Abdul Hafiizh bin Ismail
 [email protected]
 Ph.D (Wireless Communication
Engineering), Ibaraki University, Japan,
2011
 M.Eng Electrical & Electronic Engineering
(Telecommunication), UTM, 2005
 B.Eng (Media and Telecommunication
Engineering) Ibaraki University, Japan,
2003

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2012
Latest
Invention
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Avoid:
•High power
•High cost
•High
maintenance
2012
Latest
Invention
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4 Gold Medals
in 2012 UniMAP
Exhibition
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EKT 102 Electronic Devices
 EKT 120 Computer Programming
 EKT 303 Principle of Comp. Architecture
 EKT 308 Modern Control System
 EKT 314 Electronic Instrumentation
 EKT 341 Antenna and Propagation
 EKT 444 Final Year Project

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
Code
› EKT 314
› [E] - Engineering
› [K] - Komputer
› [T] - Teras

Name
› Electronic Instrumentation

Unit
› 4
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Electronic Instrumentation
Electronic Instrumentation
Electronic Instrumentation
Electronic Instrumentation
Data Acquisition
Electronic Instrumentation
Data Acquisition
Processing
Electronic Instrumentation
Data Acquisition
Control
Processing
Electronic Instrumentation
Data Acquisition
Control
Processing
Electronic Instrumentation
Data Acquisition
i.
Control
Data Acquisition + Processing
Processing
Electronic Instrumentation
Data Acquisition
Control
i.
Data Acquisition + Processing
ii.
Processing + Control
Processing
Electronic Instrumentation
Data Acquisition
Control
i.
Data Acquisition + Processing
ii.
Processing + Control
iii. Data Acquisition + Processing +
Control
Processing
Electronic Instrumentation
Data Acquisition
Control
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Bus
Driver
Software
Processing
Application
Software
Bus
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Bus
Driver
Software
Processing
Application
Software
Bus
Electronic Instrumentation
Sensors
Actuators
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Bus
Driver
Software
Processing
Application
Software
Bus
Electronic Instrumentation
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Electronic Instrumentation
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Electronic Instrumentation
Data Acquisition
Control
Sensors
Actuators
Data Acquisition Device
Data Driver Device
Signal Conditioning
Signal Conditioning
Analog-Digital Converter
Digital-Analog Converter
Bus
Driver
Software
Processing
Application
Software
Bus
Electronic Instrumentation
Data Acquisition
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processing
Application
Software
Electronic Instrumentation
Data Acquisition
Sensors
Data Acquisition Device
Signal Conditioning
Analog-Digital Converter
Bus
Driver
Software
Processor
Application
Software
Electronic Instrumentation
Data Acquisition
Bus
Control
Processor
Bus
Electronic Instrumentation
Data Acquisition
Bus
Control
Processor
Bus
Electronic Instrumentation
Electronic Instrumentation
2+2 hours
4 hours
4 hours
4 hours
4+2 hours
4+2 hours
Total:
28 hours full lecture

Lecture
› 2 hours x 12 weeks = 24 hours

Tutorial
› 2 hours x 2 weeks = 4 hours

Lab
SLT = 171.68
Credit = 4.29
› Lab – 36 hours
› Lab Assignment - 2 hours
› Lab Project - 20 hours
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
Lecture Slot
› 8 hours x 5 weeks = 40 hours
› 4 hours x 1 week = 4 hours

Practical Slot
› 8 hours x 3 week = 24 hours
SLT = 161.48
Credit = 4.04
› 4 hours x 1 week = 4 hours
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Ses.
Lecture
Lecturer
Comment
Overall Course Info
1
Briefing
(2 hours)
En. Asmi
2
Chapter 1
(2 hours)
En. Zahari
Introduction to Electronic
Instrumentation
3
Chapter 2
(4 hours)
En. Zahari
Transducers
4
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Ses.
Lecture
Lecturer
5
Chapter 3
(4 hours)
Comment
Dr. Abdul Hafiizh Signal Conditioning & Conversion
6
7
Chapter 4
(4 hours)
Dr. Abdul Hafiizh Data Acquisition Systems
25/03/12 – 31/03/12 Test 1
8
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Ses.
Lecture
Lecturer
9
Chapter 5
(4 hours)
En. Asmi
Comment
Virtual Instrumentation
Chapter 6
(4 hours)
En. Phak Len
Instrumentation System Design
10
12
14
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Ses.
Lecture
Lecturer
11
Tutorial
(4 hours)
All Lecturers
Comment
1/5/12 Labour Day
13/05/12 – 19/05/12 Test 2
17/5/12 Raja Perlis Birthday
13
17/5/12 Wesak Day
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Date
Slot # Note
3/3/2012
1
Course Introduction
2
Chapter 1
3
4
Exercise / Discussion on Chapter 1
5
Chapter 2
6
7
Exercise / Discussion on Chapter 2
8
Daily Conclusion
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Date
Slot # Note
10/3/2012
1
Exercise / Discussion / Review on Chapter 1 & 2
2
Chapter 2
3
4
Exercise / Discussion on Chapter 2
5
Chapter 3
6
7
Exercise / Discussion on Chapter 3
8
Daily Conclusion
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Date
Slot # Note
31/3/2012
1
Exercise / Discussion / Review on Chapter 1, 2 & 3
2
Chapter 3
3
4
Exercise / Discussion on Chapter 3
5
Chapter 4
6
7
Exercise / Discussion on Chapter 4
8
Daily Conclusion
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Date
Slot # Note
12/5/2012
1
Exercise / Discussion / Review on Chapter 1, 2 & 3
2
Chapter 4
3
4
Exercise / Discussion on Chapter 4
5
Chapter 5
6
7
Exercise / Discussion on Chapter 5
8
Daily Conclusion
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Date
Slot # Note
26/5/2012
1
Exercise / Discussion / Review on Chapter 1, 2, 3, 4 &5
2
Chapter 5
3
4
Exercise / Discussion on Chapter 5
5
Chapter 6
6
7
Exercise / Discussion on Chapter 6
8
Daily Conclusion
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Date
Slot # Note
23/6/2012
1
Chapter 6
2
Chapter 6
3
Exercise / Discussion on Chapter 6
4
Overall Discussion & Conclusion
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63
Outcome Based Education
(OBE)
EKT314/4 - Electronic Instrumentation
COs
Description
CO1
Ability to Understand Transducer’s Operation and Select
Appropriate Transducers for Applications
CO2
Ability to Understand Signal Conditioning and Propose Suitable
Method for Data Acquisition
CO3
Ability to Understand and Implement Virtual Instrumentationbased Solution for Given Problems.
CO4
Ability to Implement Transducers, Signal Conditioning, Data
Acquisition & Virtual Instrumentation In Instrumentation Design
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POs Description
1
Ability to acquire and apply knowledge of mathematics, science,
engineering and an in-depth technical competence in electronic
Computer/Communication/Computer Network engineering
discipline.
2
Ability to identify, formulate and solve engineering problems.
3
Ability to design a system, component or process to meet desired
needs.
4
Ability to design and conduct experiments, as well as to analyze
and interpret data.
5
Ability to use techniques, skills and modern engineering tools
necessary for engineering practices.
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POs Description
6
Ability to demonstrate the social, cultural, global and
environmental responsibilities of a professional engineer.
7
Ability to understand entrepreneurship, the process of innovation
and the need for sustainable development of the environment.
8
Ability to understand professional and ethical responsibilities and
commitment to the society.
9
Ability to function on multi-disciplinary teams.
10
Ability to communicate effectively.
11
Understanding of the need for, and an ability to engage in lifelong learning.
12
Ability to acquire of project management and finance principles.
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PEOs Description
1
Graduates who are leaders in the field of
Computer/Communication/Computer Network Engineering or
chosen field as demonstrated via career advancement.
2
Graduates who are members of and contribute to professional
society.
3
Graduates who engage in life-long learning or continuous
education opportunities.
4
Graduates who contribute towards research and development.
5
Graduates who are entrepreneurial engineers.
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Course Info
EKT314/4 - Electronic Instrumentation


Course Work
Grade Mark
› Lab Test – 5%
A
› Lab Project & Viva – 15%
80 –
100
A-
75 – 79
› Log Book / Assignment – 10%
B+
70 – 74
B
65 – 69
› Final Exam – 50%
B-
60 – 64
C+
55 – 59
› Test 1 – 10%
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
Exam Work
› Test 2 – 10%
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
Course Work
› 50%

Exam Work
› 50%
EKT314/4 - Electronic Instrumentation
Grade Mark
A
80 –
100
A-
75 – 79
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
70
 Anthony
J.W., Ahmad R.G.
Introduction to Engineering
Experimentation, 3rd. Ed.
Pearson, 2010
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 John
P.B. Principles of
Measurement Systems, 4th
Ed. Pearson Prentice Hall,
2005
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 Kalsi,
H.S. Electronic
Instrumentation. Tata
McGraw-Hill Publishing Co.
Ltd., 2005
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 C.S.
Rangan, G.R. Sarma
and V.S. Mani.
Instrumentation Devices &
Systems, Tata McrGraw-Hill
Publishing Co. Ltd., 2004
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Analog Electronics
 Digital Electronics
 Computer Programming
 Embedded System Design

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"I see and I forget, I hear and I remember, I do and I
understand." - Confucius
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Mind Mapping
 Reference
 Note
 Exercise

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Prepared
 Download, Print & Bring Lecture Note
 Copy Mind Map
 Wear Suitable Attire
 Silence Your Cell Phone
 Ask Question Anytime Needed
 Sleep in Class…

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Come Late
 Make Noise
 Disturb Your Friend
 Tell Where You Want to Go
 Absent

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
Lecture
› 2 hours x 14 weeks = 22 hours

Tutorial
› 2 hours x 3 weeks = 6 hours

Lab
SLT = 171.68
Credit = 4.29
› Lab – 36 hours
› Lab Assignment - 2 hours
› Lab Project - 20 hours
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

Course Work
Grade Mark
› Lab Test – 5%
A
› Lab Project & Viva – 15%
80 –
100
A-
75 – 79
› Log Book / Assignment – 10%
B+
70 – 74
B
65 – 69
› Final Exam – 50%
B-
60 – 64
C+
55 – 59
› Test 1 – 10%
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
Exam Work
› Test 2 – 10%
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
Lab Test (5%)
Grade Mark
› On Screen Test
A
› 40 Questions
80 –
100
A-
75 – 79
› 1 hour
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
› 1 Roll
› 1.5 minutes per question
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
Lab Project (10%)
Grade Mark
› Pair
A
› Use Sensor
80 –
100
A-
75 – 79
› Use DAQ
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
› Predefined Task
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
Project Viva (5%)
Grade Mark
› Code Verification
A
› Q&A
80 –
100
A-
75 – 79
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
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
Log Book (8%)
Grade Mark
› Session Report
A
› Assignment Report
80 –
100
A-
75 – 79
› Project Report
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
› Keep in the Lab
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
Lab Assignment (2%)
Grade Mark
› Task Given
A
› Create .exe
80 –
100
A-
75 – 79
› Email
B+
70 – 74
B
65 – 69
B-
60 – 64
C+
55 – 59
C
50 – 54
C-
45 – 49
D+
40 – 44
Fail
0 – 39
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Ses.
Lab
1
Instructor-Led 1
Comment
Navigating LabVIEW
Instructor-Led 2
Troubleshooting and Debugging
Instructor-Led 3
Implementing a VI
Instructor-Led 4
Relating Data
Instructor-Led 5
Managing Resources
Instructor-Led 6
Developing Modular Application
Instructor-Led 7
Common Design Techniques
Instructor-Led 8
Using Variables
Instructor-Led 9
Setting Up & Troubleshooting Hardware
2
3
4
5
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Ses.
Lab
5
Exercise Lab 1
Comment
Function Generator
6
Exercise Lab 2
Oscilloscope
Exercise Lab 3
Function Generator & Oscilloscope
Exercise Lab 4
Temperature Sensor *Test 1
Exercise Lab 5
Humidity Sensor
Exercise Lab 6
DAQ Module Control
Exercise Lab 7
Create simple complete system
Exercise Lab 8
Create simple complete system
Lab Test
On-Screen Test (29/04/12 – 05/05/12)
7
8
9
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Ses.
Lab
10
Lab Project – 20
hours
11
Comment
12
Test 2 – Ch 4, 5 & Lab
13
14
Presentation,
Demo, Viva
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