Programs & Courses (2007-2008 Academic Calendar)

Telecommunications Engineering Technology

Program

The Diploma in Telecommunications Engineering Technology is designed to provide graduates with the skills and knowledge to work in modern telecommunication systems using digital and fiber-optics principles. Graduates will have hands-on experience in maintaining telecommunications systems as well as being able to assist in the design of systems using established methods. Graduates of this program receive the Diploma of Telecommunications Engineering Technology. This program is seeking accreditation by the Canadian Technology Accreditation Board under the mandate of the Canadian Council of Technicians and Technologists.

Objectives

1. To provide a basic knowledge of the current systems, instrumentation and electronics associated with the general field of teleCommunications.

2. To develop a high level of skill and knowledge in the application of basic electronic principles in the operation, testing and maintenance of telecommunications systems.

3. To develop an awareness of, and concern for, good safety practices and procedures in the workplace.

Career opportunities

According to the International Labour Organization report "Global Employment Trends", the labour force in the Middle East is expected to grow at 2.6 per cent a year from 2003-2015. Outside the Middle East the job prospects in the teleCommunications are also robust. Job prospects for the telecommunications field are expected to be strong in the foreseeable future. Q-Tel is Qatar's major employer of Telecommunications graduates but increasingly other industries, such as the gas and oil industries, require a practical level of expertise in managing and maintaining Telecommunications facilities.

Curriculum

General Education consisting of English (oral and written), Mathematics, Physics, Chemistry, Electrotechnology, Engineering Graphics and Technology Awareness.

Extensive training in the theory and principles of electronics.

Specialized training in the field of software engineering. Laboratory and field experience in the application of all facets of electronics.

Entrance Requirements

1. High School completion with an overall 60% average in:

  • English Language - Grade 12 level (Minimum 60%)
  • Academic Mathematics - Grade 12 leve l(Minimum 60%) or
    Advanced Math - Grade 12 level (Minimum 50%)
  • Grade 12. Two Science courses selected from: Biology, Chemistry, Geology or Physics. One of these courses must be Grade 12 level; the other may be Grade 11 level. Chemistry and Physics are highly recommended.

    OR

    Applicants 19 years of age or older who do not meet the educational prerequisite for the program may be considered on an individual basis under the Mature Student Clause.

2. Successful completion of the Skills Placement Assessment

Important Note

  • This program may not be suitable for applicants who do not have normal color perception.
  • Students should be aware of the strenuous physical dexterity required in this training program. Employers will normally demand all applicants undergo a physical capabilities assessment prior to hiring.

Required Courses

Level 1 Telecommunications Engineering Technology

Credits Lecture Hours
Per Week
Lab Hours
Per Week
CM1500 Essay Writing 3 3 0
MC1050 Introduction to Computers 2 2 0
MA1700 Mathematics 4 3 2
CH1120 Chemistry 4 3 2
PH1100 Physics 4 3 2
CM1400 Technical Reporting I 3 3 0
EG1110 Engineering Graphics 3 2 2
SD1170 Technology Awareness I 0 1 0
ET1100 Electrotechnology 4 3 2
CH1121 Chemistry 4 3 2
PH1101 Physics 4 3 2
MA1101 Mathematics 5 5 0
EG1430 AutoCAD Essentials 3 2 2
CM1401 Technical Reporting II 3 3 0
SD1171 Technology Awareness II 2 1 0
ET1101 Electrotechnology 4 3 2
CI1300 Fabrication Techniques 2 0 9
MP2140 Circuit Analysis I 4 3 2
CI1100 Electronic Instrumentation 3 2 2

Level 2 Telecommunications Engineering Technology

Credits Lecture Hours
Per Week
Lab Hours
Per Week
DR2410 Electronic CAD 2 1 2
MA2100 Mathematics 5 5 0
AE2320 Analog Electronics 5 4 3
DP1110 Digital Electronics 4 3 2
CT2300 Applied Programming 4 3 2
CE2730 Electromagnetics for Electronic Communications 4 3 2
MP2141 Circuit Analysis II 3 3 0
CM2300 Report Writing 2 2 0
AE2321 Analog Electronics 5 4 3
DP2410 Digital/Microprocessors 4 3 2
CE2270 Electronic Analog Communications 4 3 2
DP3410 Digital Communications 4 3 2
EC1700 Engineering Economics 2 2 0
CM2200 Oral Communications 2 2 0
DP3200 Embedded Controller Applications 4 3 2
CE3430 Network Cabling 4 3 3

Level 3 Telecommunications Engineering Technology Diploma

Credits Lecture Hours
Per Week
Lab Hours
Per Week
MP3140 Circuit Analysis III 3 3 0
PR2600 Technical Thesis Seminar 1 0 3
AE3110 Analog IC’s 4 3 3
DP3310 Microprocessor (Interfacing) 4 3 3
CE3160 L2-L4 Switching 5 4 3
CR2430 TCP/IP Protocols 5 4 3
PR2601 Technical Thesis 3 0 3
CE3200 Digital Telephony & Digital Loop Carrier 4 3 2
CE3630 VOIP 5 4 3
CE3510 Microwave Circuit Design 4 3 2
CE3100 Communication Systems 4 3 2
CG3400 Engineering Management 3 3 0