Telecommunications Engineering

Bachelor of Engineering (B.Eng)
School of Engineering

Telecommunications Engineering

Bachelor of Engineering (B.Eng)
School of Engineering

This program emphasizes design, development, and applications of Electronics Engineering and Telecommunications Engineering.

The students receive a sound background in modern electronic circuits and systems with a major focus in Telecommunications Engineering. They also receive a strong foundation in engineering science and design that will enable them to pursue productive careers in Telecommunications Engineering field.

2023/24 Annual Tuition
N3,511,200

Course Duration
Full Time: 5-year average

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It can also be used as the foundation for careers in other areas such as business, management, and medicine.

Graduates of Telecommunications Engineering may also choose to further their studies, in which case they can pursue graduate studies (Masters and PhD) in related disciplines such as IT, Electrical/Electronics Engineering, Optical Communication, Satellite Communication, Control Engineering, Power Engineering, RF & Microwave Engineering.

Telecommunications Engineering majors are required to successfully complete the following courses along with the Students Industrial Work Experience Scheme (SIWES).

Requirement	Course Code	Course Title – Prerequisite	Credit Hours
MAJOR CORE (total 121 credits required)	CEN 402	Digital Computer Technology; Pre-req: CSC 232	3
	CEN 526	Digital Signal Processing; Pre-req: CIE 105, EEE 401	3
	CHE 121	General Chemistry II; Pre-req: CHE 120	4
	CIE 105	Programming Principles I; Pre-req: None	3
	CSC 232	Computer Org. & Architecture; Pre-req: CIE 105	3
	CSC 301	System Programming; Pre-req: CIE 105, MAT 310	3
	EEE 313	Physical Electronics; Pre-req: GEC 211	3
	EEE 314	Circuit Theory I; Pre-req: GEC 211	3
	EEE 316	Electrical Machines; Pre-req: GEC 211	3
	EEE 322	Electrical Power Systems; Pre-req: EEE 316	3
	EEE 323	Analogue Electronic Circuits; Pre-req: GEC 211, MAT 211	3
	EEE 327	Digital Electronic Circuits; Pre-req: GEC 211, MAT 211	3
	EEE 401	Control Theory; Pre-req: MAT 311	3
	EEE 405	Digital Devices and Logic Circuits; Pre-req: EEE 327	3
	EEE 407	Measurements and Instrumentation; Pre-req: EEE 314	3
	EEE 501	Industrial Electronics Design; Pre-req: EEE 324	3
	EEE 506	Feedback and Control Systems; Pre-req: EEE 401	3
	GEC 201	Basic Engineering Drawing; Pre-req: None	2
	GEC 211	Introduction to Electrical Engineering; Pre-req: MAT 211, PHY 206	3
	GEC 213	Engineering Law; Pre-req: None	3
	GEC 214	Applied Mechanics; Pre-req: PHY 205	3
	GEC 217	Engineer in Society; Pre-req: None	1
	GEC 218	Manufacturing Tech./Workshop Practice; Pre-req: None	2
	GEC 221	Thermodynamics & Fluid Mechanics; Pre-req: MAT 210,PHY 205	3
	GEC 224	Strength of Materials & Materials Sc.; Pre-req: GEC 214	3
	GEC 228	Laboratory Course I; Pre-req: None	3
	MAT211	Calculus II; Pre-req: MAT 210	3
	MAT310	Calculus III; Pre-req: MAT 211	3
	MAT311	Vector Calculus; Pre-req: MAT 310	3
	MAT312	Linear Algebra; Pre-req: MAT 211	3
	MAT410	Differential Equations: Pre-req: MAT 310	3
	PHY206	University Physics II; Pre-req: PHY 205	4
	TEL 401	Telecommunication Principles; Pre-req: EEE 327	3
	Continued…
	Course Code	Course Title – Prerequisite	Credit Hours
	TEL 318	Lab. Course II (MATLAB); Pre-req: 3rd yr. standing	3
	TEL 521	Digital Com. System; Pre-req: 4th yr. standing	3
	TEL 522	Optical Communication System; Pre-req: TEL 401	3
	TEL 523	Telecom. Systems Planning; Pre-req: TEL 401	3
	TEL 524	Image & Data Transmission System; Pre-req: TEL 521	3
	TEL 527	Fundamentals of Wireless Com.; Pre-req: TEL 401	3
	TEL 530	RF/Microwave System Design; Pre-req: TEL 521	3
	TEL 590	Senior Design Project; Pre-req: 5th yr. standing	3

All Engineering students are required to complete Students Industrial Work Experience Scheme (SIWES) which prepares students for the industrial work situation. SIWES is to be completed over one semester in the fourth year. Students are strongly encouraged to visit their program chair for further details.

Bachelor of Engineering Telecommunications Engineering Credit Hour Requirement
Program	MAJOR					Overall Graduation Requirement
	Minimum Total Credit Hours
	General Education	Core	Internship	Free Electives	Major Electives	193
Telecommunications	50 + 1*	121	6	9	6	193

Requirement	Course Code	Course Title	Credit Hours
MAJOR ELECTIVES (total 6 crs required)	CIE 321	IT Project Management; Pre-req: 3^rd yr. standing	3
	CSC 427	Introduction to Artificial Neural Network; Pre-req: CIE 105	3
	CEN 525	Fuzzy Logic and Programming; Pre-req: CIE 105, EEE 327	3
	CEN 527	Non-Linear Control Systems; Pre-req: EEE 401	3
	EEE 510	Advance Circuit Design; Pre-req: EEE 324	3
	EEE 525	Physics and Technology of Semiconductor Devices; Pre-req: PHY 206	3
	EEE 526	Electrical Power Systems Planning and Design; Pre-req: EEE 322	3
	EEE 527	Electrical Machines Design; Pre-req: EEE 316	3
	TEL 531	Telecommunications Engineering; Pre-req: TEL 401	3
	EEE 529	Power System Operations and Controls; Pre-req: EEE 322	3
	EEE 530	Introduction to Mechatronics; Pre-req: EEE 316, CIE 105	3
	CIE 406	Technical Report Writing; Pre-req; 3^rd yr. standing	3

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