Bachelor of Electrical and Electronic Engineering

Entrance Requirements

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.

Level 300

Semester 5

Core Courses

MAT391 Engineering Mathematics III (3 pre-req. MAT292)
EEB311 Network Theory (4) (pre-req. EEB221 & MAT 292)
EEB315 Computer Programming (2)
EEB316 Electrical Measurements and Instrumentation I, (3) (pre-req. EEB221)
EEB317 Principles of Telecommunications (3) (pre- req. MAT 292)

Level 300

Semester 6

Core Course

MAT392 Engineering Mathematics IV (3 pre-req. MAT 391)
EEB322 Digital Electronics I (3) (pre-req. EEB211)
EEB323 Analogue Electronics (3) (pre-req. EEB221)
EEB326 Electrical Machines I (3) (pre-req. EEB311)
EEB327 Electromagnetic Field Theory (3) (pre-req. MAT 391)
FOR INDUSTRIAL DESIGN STUDENTS:
EEB328 Electronics for Designers (pre-req. EEB211)

Level 400

Semester 7

Core courses

EEB418 Control Theory I (3) (pre-req. EEB311 & MAT 392)
MMB414 Engineering Management (3)

Optional courses: At least three from

EEB411 Electronic Devices and Circuits (3) (pre- req. EEB323)
EEB412 Digital Electronics II (3)(pre-req. EEB322)
EEB413 Power Generation and Distribution (3) (pre-req. EEB326 & MAT 392)
EEB414 Electrical Machines II (3) (pre-req. EEB326 & MAT 392)
EEB415 Digital Communication and Telephony (3) (pre-req. EEB317)
EEB416 Electrical Measurements and Instrumentation II (3) (pre-req. EEB316)
EEB417 Microprocessor Based Systems (3) (pre- req. EEB322)

Level 400

Semester 8

ITB420 Industrial Training II [Vacation, 20 weeks] (10, core, pre-req. ITB 200)

Level 500

Semester 9

Core courses

EEB510 Project I (3) (pre-req. EEB316, EEB327 & EEB418) and either (EEB411 & EEB412), or (EEB413, EEB414)

Optional courses: At least three from

EEB511 Control Theory II (3) (pre-req. EEB418)
EEB512 Digital Signal Processing I (3) (pre-req. MAT392)
EEB513 Analogue Electronic System Design, (3) (pre-req. EEB323)
EEB514 Process Instrumentation (3) (pre-req. EEB416 )
EEB515 Power System (3) (pre-req. EEB413 & EEB414)
EEB516 Power Electronics (3) (pre-req. EEB323)
EEB517 Computer Aided Electrical Machine Analysis (3) (pre-req. EEB414)

Optional Courses

EEB518 Guided Waves (3) (pre-req. EEB327)
EEB519 Computer Architecture and Design (3) (pre-req. EEB 417)

Level 500

Semester 10

Core courses

EEB520 Project II (3, pre-req. EEB 510)

Optional courses: At least three from

EEB522 Digital Signal Processing II (3, pre-req.EEB 512)
EEB523 Digital Electronic System Design (3, pre- req. EEB 412)
EEB524 Process Control Systems (3, pre-req. EEB 511 & EEB514)
EEB525 Power Systems Analysis (3) pre-req. EEB 413)
EEB526 Electrical Machines and Drives (3, pre-req. EEB 516 & EEB414)
EEB527 Computer Aided Power Systems Analysis (3, pre-req. EEB515)
EEB528 Antennas and Propagation (3, pre-req. EEB518)
EEB529 Computer Networks (3, pre-req. EEB315 & MAT292)

Assessment

As per Special Faculty Regulations 21.40.

Progression

As per General Regulations 00.90.

Award of the Degree

The award of the BEng.in Electrical and Electronic Engineering shall be in accordance with the Faculty Special regulations 21.80.