ELECTRICAL ENGINEERING (2 POSITIONS) ELECTRONIC ENGINEERING (2 POSITIONS);
Teaching Assistants for the academic year 2020/2021 in the following areas:
Electrical Engineering (2 positions)
Electronic Engineering (2 positions)
The Minor shall be a minimum of 23 credits over 8 semesters of full-time study. The minor may be combined with a major or minor. The curriculum for Level 100 shall be as stipulated in the Faculty Special Regulations 21.30.
Core Courses
EEB216 Electrical Principles (2)
MMB211 Engineering Drawing (2Level 200
Core Courses
EEB 226 AC Circuit Principles, (2)
The Major shall be a minimum of 53 credits over 10 semesters of full-time study. The major may be combined with a second major or minor. The curriculum for Level 100 and 200 shall be as stipulated in the Faculty Special Regulations 21.30.
Core Courses
MAT391 Engineering Mathematics III (3, pre-req MAT 291)
EEB311 Network Theory (4) (pre-req. EEB221 & MAT292)
EEB316 Electrical Measurements a Instrumentation I, (3) (pre-req. EEB221)
Applicants for MSc Programme should have obtained a relevant Bachelor’s degree in Electrical/electronic Engineering with at least second class, second division (3.0 on 5.0 scale) on equivalent from a recognized university or equivalent institution of higher learning.
Each course shall be assessed by formal examination and continuous assessment. The ratio between formal examination and continuous assessment shall be 50:50.
Admission to the B.Eng. (Electrical and Electronic) shall be as stipulated in Faculty Special Regulations 21.20. Applicants in possession of a Diploma in Electrical and Electronic Engineering, or its equivalent, with a minimum of Credit including a Credit in Mathematics, may be admitted directly into Level 200. Applicants in possession of a Higher Diploma in Electrical and Electronic Engineering, or its equivalent, with a minimum of Credit including a Credit in Mathematics, may be admitted directly into Level 300.
Electrical and Electronic Engineering is perhaps the most rapidly expanding discipline in the world to-day. It is so ubiquitous that there is hardly any aspect of our lives that has not been touched by it.
The discovery of the transistor and advances in semiconductor technology coupled with the development of integrated circuit have revolutionized the way we live and carry-on our daily activities. The often mentioned phrase of the world being ‘a global village’ has come about because of the advances in the electronic technology.