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1999 - 2000 UNDERGRADUATE CALENDAR
Carleton University

Electrical Engineering Program

Electrical engineers are engaged in research, design, development and production associated with a wide variety of electrical devices and systems. Examples include electronic circuit design and fabrication, and the design and application of communications systems, computers, and power systems. Opportunities exist for electrical engineers in industry, government and education.

At Carleton University, students following the program in Electrical Engineering will take courses from the Departments of Electronics and Systems and Computer Engineering. Information on courses offered in the program may be obtained in the calendar sections for those two departments.

The First year of the Engineering program provides a broad common background of technical fundamentals. The next three years of Electrical Engineering concentrate primarily on electronics, telecommunications and computers. The wide selection of Fourth year electives tends to reflect the technology-driven industry in the Ottawa area. Integrated circuit design and fabrication, telecommunications systems, and computer software are specializations which are particularly well covered at Carleton. Students may choose elective courses from the list of specializations given below.

Suggested Electives

87.430*, 88.443*, 88.453*, 88.474*, 88.475*, 94.310*, 94.320*, 94.401*, 94.405*, 94.415*, 94.445*, 94.455*, 94.457*, 94.460*, 94.462*, 94.464*, 94.470*, 97.452*, 97.453*, 97.455*, 97.456*, 97.460*, 97.469*, 97.470*, 97.475*, 97.476*, 97.477*, 97.478*, 97.496*

Electrical Co-operative Education Option

The Department of Electronics offers a Co-operative Education Option for eligible students. Upon satisfactory completion of the option, students will receive the designation B.Eng. (Co-operative Education Option) on their transcripts. For details, refer to the Co-operative Education section on p. 39.

Electrical Engineering
Second Year

   

   

Lectures and
Tutorials

Laboratories and
Problem Analysis

Course
Weight

Term

 

Fall

Winter

Fall

Winter

 

       

69.204*

Multivariable Calculus for Engineering Students

4

-

-

-

5

91.266*

Numerical Methods

3

-

1

-

5

97.251*

Circuits and Signals

3

-

3

-

6

94.202*

Program Design and Construction

3

-

2

-

5

69.375*

Mathematical Methods I

-

4

-

-

5

94.204*

Object Oriented Programming Laboratory

-

2

-

3

5

97.257*

Electronics 1

-

3

-

3

6

97.267*

Switching Circuits

-

3

-

3/2

5

Elective*

Arts or Social Sciences

3

-

-

-

4

23.100*

Communications Skills for Engineering Students

-

3

-

-

4

             

16

15

6

7.5

50

Electrical
Third Year

   

Lectures and
Tutorials

Laboratories and
Problem Analysis

Course
Weight

Term

 

Fall

Winter

Fall

Winter

 
             

94.360*

Systems & Simulation

3

-

3

-

6

97.359*

Electronics II

3

-

3

-

6

97.350*

Digital Electronics

2

-

3

-

5

97.398*

Physical Electronics

3

-

3/2

-

5

97.315*

Basic EM & Power Engineering

3

-

3/2

-

5

69.352*

Probability & Statistics

-

4

-

-

5

94.303*

Real-Time Computing Systems

-

3

-

2

5

94.351*

Communication Theory

-

3

-

3/2

5

97.395*

Professional Practice

-

3

-

-

4

97.399*

Electromagnetic Waves

-

-

3

3/2

5

             
   

14

13

15

5

51

Electrical
Fourth Year

   

Lectures and
Tutorials

Laboratories and
Problem Analysis

Course
Weight

Term

 

Fall

Winter

Fall

Winter

 
             

97.461*

Microprocessor Systems

3

-

3/2

-

5

94/97.497

Engineering Project (Note a)

-

-

8

8

9

91.380*

Engineering Economics

-

3

-

-

4

Elective*

Engineering (Note b)

3

-

3/2

-

5

Elective*

Engineering (Note b)

3

-

3/2

-

5

Elective*

Engineering (Note b)

3

-

3/2

-

5

Elective*

Engineering (Note b)

-

3

-

3/2

5

Elective*

Engineering (Note b)

-

3

-

3/2

5

Elective*

Engineering (Note b)

-

3

-

3/2

5

Elective*

Science or Engineering (Note c)

-

3

-

3/2

5

Elective*

Arts or Social Sciences

3

-

-

-

4

             
   

15

15

14

14

57
(Note d)

Note: (a) Register in 97.497 if your advisor is in Electronics.  Register in  94.497 if your advisor is in Systems and Computer Engineering.

(b)  Selected from 87.430* , 88.443* , 88.453* , 88.474* , 88.475* , 94.204*, 94.310* , 94.320* , 94.4xx*, 97.4xx*.

(c) Selected from 8x.Yxx* (Y³2) or “Acceptable for Scientific Credit” courses from the list “Classification of  Electives for Engineering Students” in the “Engineering Program Guide” available from the Registrarial Services office for Engineering; or as per note (b)

(d) Elective course weights vary between 4 and 5 depending on the course laboratory content.

Suggested Elective Courses for Specialization in Computers
97.478* , 97.476* , 94.401* , 94.457*

Suggested Elective Courses for Specialization in Communication Electronics
97.455* , 97.453* , 97.476* , 94.445* , 97.477*, 97.452*

Suggested Elective Courses for Specialization in Telecommunication Systems
94. 462* , 94.460* , 97.476* , 94.445* , 97.459*, 94.464*, 94.470*

Suggested Elective Courses for Specialization in Microelectronics
97.469*, 97.470*, 97.477*, 97.478*


Carleton University
1999 - 2000 Undergraduate Calendar

1125 Colonel By Drive, Ottawa, ON, Canada K1S 5B6
General enquiries: (613) 520-7400
Comments to: CalendarEditor@carleton.ca