Faculty of Engineering and Information Technology / Ongwediva Campus

FACULTY OF ENGINEERING & INFORMATION TECHNOLOGY - ongwediva campus

Bachelor of Science (Telecommunication Engineering) (19BTCE)

The curriculum for the degree of B.Sc. (Telecommunication Engineering) aims at producing Graduate Engineers with knowledge, skills and abilities in telecommunication engineering, and who can competently work in telecommunication systems design and applications, Microwave Communication, Satellite Communications, Television/Radio Broadcast, Telephone/Mobile Communications, Wireless Networking and related service industries.

CURRICULUM STRUCTURE

YEAR 1

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
1	Engineering Mathematics I	TEGT3571	5	MAT3531
1	Engineering Drawing	TEGT3591	5	None
1	Physics for Physical Sciences I	SPHY3511	5	None
1	Fundamentals of Electrical Engineering	TEGT3541	5	None
1	Computing Fundamentals	TCME3591	5	None
1	Workshop Practice	TEGT3509	5	None
1	Fundamentals of Engineering	TEGT3421	4	None
1	Contemporary Social issues	UCSI3429	4	None

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
2	Engineering Mathematics II	TEGT3572	5	TEGT3571
2	Materials Science	TEGT3562	5	None
2	Physics for Physical Sciences II	SPHY3512	5	SPHY3511
2	Chemistry 1B	SCHM3512	5	None
2	Fundamentals of Electronics	TETE3542	5	TEGT3541
2	Engineering Mechanics I	TEGT3592	5	SPHY3511
2	English for Academic Purposes	ULEA3419	4	None

YEAR 2

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
1	Engineering Mathematics III	TEGT3671	6	TEGT3572
1	Engineering Mechanics II	TEGT3691	6	TEGT3592
1	Computer Science for Engineers	TCME3621	6	TCME3591
1	Principles of Electronics Design	TETE3621	6	TETE3542 TEGT3541
1	Statistics for Engineers	SSTS3691	6	TEGT3571
1	Computer Organisation and Assembly Language	TCME3641	6	TCME3591
1	Applied Electromagnetics	TETE3681	6	SPHY3512
1	Computer Aided Drawing	TEGT3522	6	TCME3591 TEGT3591

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
2	Engineering Mathematics IV	TEGT3672	6	TEGT3672 3572
2	Electric Circuit Theory	TETE3612	6	TETE3532 & TEGT3671
2	Signals and Systems	TETE3692	6	TEGT3572 & TEGT3671
2	Introduction to Telecommunication Engineering	TETE3682	6	TETE3542
2	Economics for Engineers	TEGT3682	6	TEGT3421
2	Object Oriented Programming	TCME3692	6	TCME3621
2	Analogue Filters	TETE3642	6	TETE3621
2	Industrial Attachment I	TEGT3600	6	TEGT3509

YEAR 3

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
1	Basics of Analogue and Digital Communications	TETE3751	7	TEGT3672 TETE3692
1	Basics of Radio Engineering	TETE3781	7	TETE3681
1	Telecommunication Engineering Laboratory	TTCE3761	7	TTCE3682
1	Communication Networks I	TTCE3791	7	TCME3621
1	Computer Aided Circuit Design	TETE3721	7	TETE3612 TETE3621
1	Wireless Communications	TTCE3751	7	TTCE3682
1	Electronic Materials	TETE3761	7	TEGT3522 TEGT3541
1	Experimental and Research Methods	TEGT3741	7	SSTS3691

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
2	Digital Filters	TETE3722	7	TETE3692 TEGT3672
2	Radio Communication Channels	TTCE3722	7	TETE3681 TETE3682
2	Radio Engineering I	TTCE3742	7	TETE3681 TETE3781
2	Mobile Telecommunication Systems	TTCE3732	7	TETE3781 TETE3751
2	Entrepreneurship	TEGT3742	7	TEGT3682
2	Computer Networks	TCME3722	7	TCME3621
2	Embedded systems	TETE3782	7	TETE3621 TCME3692
2	Statistical Signal Processing	TTCE3792	7	SSTS3691 TETE3692
2	Industrial Attachment II	TEGT3700	7	TEGT3600

YEAR 4

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
1	Society and Engineer	TEGT3821	8	TEGT3421
1	Communication Networks II	TTCE3811	8	TTCE3791
1	Project Management for Engineers	TEGT3861	8	TEGT3682
1	Signal Processing	TTCE3891	8	TETE3692 TTCE3792
1	Radio Engineering II	TTCE3831	8	TTCE3742
1	Information Theory	TTCE3861	8	TETE3751
1	Telecommunication Simulation	TTCE3841	8	TETE3721 TETE3751

SEMESTER	MODULE	CODE	NQF LEVEL	PRE & COREQUISITE
2	Research Project	TTCE3830	8	All 3rd Year modules
2	Telecommunication Design Project	TTCE3810	8	All 3rd Year modules
2	Industrial Attachment III	TEGT3800	8	TEGT3700