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BACHELOR
OF APPLIED TECHNOLOGY - CONTROL SYSTEMS
TECHNOLOGY
[CST ]
This degree program is designed for students interested in a
career
in modern electronics technology. Graduates will be prepared to enter
the
emerging tele-control distributed systems industry from automotive
electronics,
wireless communications systems, networking, manufacturing
mechatronics,
to robotics, industrial automation, process control and
instrumentation,
and will be able to apply the knowledge and skills learned in the
program
to be an effective member of a cross functional technology team.
PROGRAM
DESCRIPTION:
Connectivity, information and convergence have
become
the fundamental characteristics of modern technology. Product life
cycles
have been reduced from years to months in response to the pressures of
global market forces. In order to meet these demands industry has moved
to a cross functional technology team model. This program, designed in
consultation with industry presents students with the opportunity to
enter
the emerging tele-control distributed systems industry by providing
both
contemporary and traditional control systems applied science in the
context
of three fundamental platform technologies: networking and
communications,
software engineering and control systems digital and analog
electronics.
Students will use industry standard software and hardware tools and
apply
these tools to current industrial design methodology. The program
emphasizes
critical thinking, team building and generic skills to ensure graduates
can function effectively as part of the technology team. Concepts are
explained
in depth from a theoretical approach at an engineering degree level and
an intuitive approach adopted by industry.
AREA OF
STUDY:
The first two years of the program provide
students
with a strong foundation in applied sciences (chemistry, physics),
mathematics
and laboratory skills. The final years of the program are devoted to
developing
critical knowledge and advanced practical skills. Areas of study
include
software development, information technology, communications systems,
industrial
electronics, servo and motion control systems, process control and
instrumentation,
digital and analog electronics, microprocessor systems, digital signal
processing, and ethics and law. The student will acquire practical
experience
using industry standard equipment in the School of Electronics and
Computer
Engineering Technology's well equipped laboratories.
 SEMESTER
1 |
SUBJECT
NAME |
HOMEPAGE |
HRS/WK |
|
|
|
(Lecture/Lab) |
|
CST101 |
Mechanics |
-
- |
3/2 |
|
CST102 |
Structured
Programming |
-
- |
2/2 |
|
CST103 |
Electrical
Fundamentals |
-
- |
4/2 |
|
CST104 |
Integration
and Differentiation |
-
- |
4/0 |
|
ENG106 |
Writing
Strategies |
-
- |
3 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
25 |
 SEMESTER
2 |
SUBJECT
NAME |
HOMEPAGE |
HRS
/
WK |
|
|
|
(Lecture/Lab) |
|
CHM300 |
Chemistry |
-
- |
3/3 |
|
CST152 |
Object Oriented
Design |
-
- |
2/2 |
|
CST153 |
Electronics and Devices |
-
- |
4/2 |
|
CST154 |
Linear Algebra |
-
- |
3/0 |
|
CST155 |
Lab Practice |
-
- |
0/2 |
|
LSOxxx |
Liberal Studies
Elective |
-
- |
3 |
|
|
TOTAL: |
2 |
 SEMESTER
3 |
SUBJECT
NAME |
HOMEPAGE |
HRS
/
WK |
|
|
|
(Lecture/Lab) |
|
CST202 |
Digital
Electronics I |
-
- |
3/4 |
|
CST203 |
Applied
Discrete Mathematics |
-
- |
3/0 |
|
CST204 |
Structures
and Algorithms |
-
- |
2/2 |
|
CST205 |
Differential
Equations |
-
- |
4/0 |
| CST201 |
Analog
Electronics |
-
- |
3/3 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
28 |
 SEMESTER
4 |
SUBJECT
NAME |
HOMEPAGE |
HRS
/
WK |
|
|
|
(Lecture/Lab) |
|
CST251 |
Kinematics |
-
- |
2/1 |
|
CST252 |
Signals
and Systems |
-
- |
5/2 |
|
CST253 |
Thermodynamics |
-
- |
2/2 |
|
CST254 |
Instrumentation
and Sensors |
-
- |
2/2 |
|
CST255 |
Partial
Differential Equations |
-
- |
4/0 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
24 |
|
CST301 |
Electronics
and Design I |
-
- |
1/4 |
| CST302 |
Fields
and Waves |
-
- |
3/2 |
| CST303 |
Control
Systems |
-
- |
3/2 |
| CST304 |
AC
and DC Motors and Controls |
-
- |
3/2 |
| CST305 |
Communications
Systems |
-
- |
3/2 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
28 |
| CST351 |
Data
Acquisition and Digital Control |
-
- |
3/2 |
| CST352 |
Digital Electronics
II Microprocessors |
-
- |
2/2 |
| CST353 |
Data
Communications I |
-
- |
3/2 |
|
CST354 |
Industrial
Electronics |
-
- |
2/4 |
|
CST355 |
Servo
Control Systems |
-
- |
2/2 |
|
CPP600 |
Co-op
Professional Practice |
-
- |
2/0 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
29 |
| CST401 |
Digital Signal
Processing |
-
- |
3/2 |
| CST402 |
Data
Communications II |
-
- |
3/2 |
| CST403 |
Power Electronics |
-
- |
3/2 |
|
CST404 |
Electronics Design
II |
-
- |
1/4 |
|
CPP700 |
Co-op Integration
and Career Planning |
-
- |
2/0 |
|
LSOxxx |
Liberal
Studies Elective |
-
- |
3 |
|
|
TOTAL: |
24 |
| CST451 |
Advanced Topics
in Automation |
-
- |
2/2 |
| CST452 |
Wireless Control
Systems |
-
- |
2/2 |
| CST453 |
Network Controls |
-
- |
0/4 |
| CST455 |
Process Control |
-
- |
2/2 |
| CST456 |
Ethics and the
Law |
-
- |
3/0 |
| CST454 |
Design Project |
-
- |
2/2 |
|
|
TOTAL: |
23 |
| OUR CURRICULUM
|
ECT | ELCB
| ELCC | ELCM
| ELM | ELN
| AED | EMD
| OPTIONS
|
|
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