B.Eng. Electronics & Telecommunications Engineering

B.Eng. Programme
B.Eng. Electronics & Telecommunications Engineering
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Duration

  • The duration of the B.Eng Electronics and Telecommunications Engineering programme is five (5) academic sessions.
    That is, Ten (10) Semesters (100 Level - 500 Level).

JAMD UTME Requirements: Five 5 O’ Level (SSCE / NECO) passes at Credit level in subjects which MUST include Mathematics, English, Physics and Chemistry and having offered English, Mathematics, Physics and Chemistry at UTME and PUTME

Direct Entry (DE) Requirements: At least 2 A’ Level passes in Physics and Mathematics or OND/HND at Upper Credit level in Electrical/Electronics/Computer/Communications Engineering in addition to meeting the O’Level credit requirements are required for Direct Entry Admission.

JAMD UTME Requirements: Five 5 O’ Level (SSCE / NECO) passes at Credit level in subjects which MUST include Mathematics, English, Physics and Chemistry and having offered English, Mathematics, Physics and Chemistry at UTME and PUTME

Direct Entry (DE) Requirements: At least 2 A’ Level passes in Physics and Mathematics or OND/HND at Upper Credit level in Electrical/Electronics/Computer/Communications Engineering in addition to meeting the O’Level credit requirements are required for Direct Entry Admission.

Students must offer a minimum total of 40 credit units at 100 Level comprising the following: 19 credit units of core and cognate courses in the First Semester and 21 credit units of core and cognate courses in the Second Semester.

S/N Course code Course Title Status Credit Unit Prerequisites
1 CHEM101 Introductory General Chemistry Core 2
2 CHEM121 Inorganic Chemistry Core 2
3 CHEM161 Chemistry Practical 1 Core 1
4 PHYS111 Mechanics Core 2
5 PHYS131 Heat and Properties of Matter Core 2
6 PHYS161 Physics Practical I Core 1
7 MATH101 Elementary Set Theory Core 2
8 MATH103 Trigonometry and Co-ordinate Geometry Core 2
9 MATH105 Differential and Integral Calculus Core 2
10 GENS101 Nationalism Gens 1
11 GENS103 English and Communication Skills Gens 2

Students must offer a minimum total of 38 credit units at 200 Level comprising the following: 19 credit units of core and cognate courses in the First Semester and 19 credit units of core and cognate courses in the Second Semester.

S/N Course code Course Title Status Credit Unit Prerequisites
1 EEEN201 Electric Field and Circuit Theory Core 2 PHYS122
2 EEEN203 Machines, Power and Installations Core 2 PHYS122
3 CVEN201 Theory of Structures Core 2
4 MEEN201 Engineering Graphics Core 2
5 MMEN201 Material Science Core 2
6 MATH241 Calculus I Core 3 MATH105
7 MATH243 Algebra I Core 2 MATH102
8 WREN201 Fluid Mechanics Core 2
9 CMEN201 Introduction to Electronic Communications II Core 2
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN202 Electronics, Measurement and Transducers Core 2 PHYS122
2 CHEN202 Introduction to Management Core 1
3 MEEN202 Engineering Drawing Core 3
4 MEEN204 Strength of Materials Core 2
5 MEEN206 Dynamics of Machines Core 2
6 MEEN208 Basic Thermodynamics Core 2
7 MATH242 Calculus II Core 2 MATH105
8 MATH244 Algebra II Core 3 MATH102
9 GENS202 Entrepreneurship and Innovation General 2

Students must offer a minimum total of 41 credit units at 300 Level comprising the following: 22 credit units of core and cognate courses in the First Semester and 14 credit units of core and cognate courses in the Second Semester, a minimum of 3 credit units of restricted electives.

UNRESTRICTED ELECTIVES: Electives can be offered from any one of the following Faculties: Engineering, Environmental Design, Science, Arts, Social Sciences, Education and Administration.

S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN301 Circuit Theory and Systems I Core 2 EEEN201
2 CMEN303 EM Fields and Waves Core 3 EEEN201
3 CMEN307 Digital Electronics Core 2 EEEN202
4 CMEN311 Laboratory Practical and Project I Core 2
5 COEN301 Introduction to Computer Systems Core 2
6 COEN303 Control Engineering I Core 2
7 EEEN309 Electrical Machines Core 2 EEEN203
8 MATH341 Differential Equations and Transforms Cognate 3 MATH241
9 STAT343 Statistics Cognate 2 STAT102
10 GENS301 Business Creation and Growth Core 2
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN302 Circuit Theory and Systems II Core 2 EEEN201
2 CMEN306 Fundamentals of Power Electronics Core 2 EEEN202
3 CMEN308 Measurements and Instrumentation Core 2 EEEN202
4 CMEN314 Laboratory Practical and Project II Core 2
5 CMEN308 Physical Electronics Core 2 EEEN202
6 CMEN310 Electronics Engineering I Core 2 EEEN202
7 CMEN312 Telecommunication Principles Core 2 EEEN202
8 EEEN304 Power Engineering I Core 2 EEEN203
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN318 Technical Writing and Presentation Restricted 1
2 COSC344 Programming in Java Restricted 2
3 QTYS309 Development Economics Restricted 2

Students must offer a minimum total of 26 credit units at 400 Level comprising the following: 20 credit unit of core and cognate courses in the First Semester and 6 credit units of SIWES in the Second Semester and Long Vacation.

S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN401 Data Communication Core 2 CMEN312
2 CMEN405 Digital Electronics II Core 2 CMEN307
3 CMEN411 Communication Laboratory Practical Core 2 EEEN311
4 COEN401 Microprocessor and Microcontroller Applications Core 2
5 COEN403 Programming in C++ Core 2
6 COEN405 Network Technology Core 2 COEN301
7 COEN407 Control Engineering II Core 2 COEN303
8 QTYS421 Law For Engineers Cognate 1
9 MATH441 Complex Analysis Cognate 2 MATH341
10 MATH443 Numerical Analysis Cognate 3
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN400 SIWES: 22 Weeks Core 6

Students must offer a minimum total of 35 credit units at 500 Level comprising the following: 17 credit units of core courses in the First Semester and 16 credit units of core courses in the Second Semester, a minimum of 2 credit units of restricted electives.

S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN501 Integrated Circuits and Systems Design Core 2 CMEN405
2 CMEN503 Telecommunications Networks I Core 2 CMEN401
3 CMEN505 Information Theory and Source Coding Core 2 CMEN401
4 CMEN507 Electronics Engineering II Core 2 CMEN308
5 CMEN509 Engineering Management and Decision Making Core 2
6 CMEN511 Reliability and Maintainability Core 2
7 CMEN517 Digital Signal Processing Core 2 CMEN302
8 CMEN599 Final Year Project Core 3
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN502 Radio Communication Core 2 CMEN401
2 CMEN504 Telecommunications Networks II Core 3 CMEN312
3 CMEN506 Optical Fibre Communication Core 2 CMEN401
4 CMEN508 Satellite Communication Core 2 CMEN401
5 CMEN510 Wireless and Mobile Communications Core 2
6 CMEN514 Teletraffic Engineering Core 2 CMEN312
7 CMEN599 Final Year Project Core 3
S/N Course code Course Title Status Credit Unit Prerequisites
1 CMEN512 Digital Switching Systems Restricted 2 CMEN405
2 CMEN516 Communication Power Systems Restricted 2 CMEN304
3 EEEN501 Advanced Circuit Theory Restricted 2 EEEN302
4 COEN504 Web-Based Design and Applications Restricted 2
5 COEN506 Computer System Architecture Restricted 2 COEN301
6 COEN510 Network Security and Cryptography Restricted 2 COEN413
All Programmes
B.Eng. Electronics and Telecommunications Engineering

B.Eng. Electronics and Telecommunications Engineering

The aim of this programme is to expand the knowlege and skills of scientists, engineers and technologists in such a way that they are able to manage, more efficiently, the use of modern ICT systems for their purposes.

Duration:
10 Semesters
PGD. Electronics and Telecommunications Engineering

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The aim of the "PGD. Electronics and Telecommunications Engineering" programme is to develop a critical mass of professionals in Electronics and Communications Engineering.

Duration:
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MSc. Electronics Engineering

MSc. Electronics Engineering

Students of the Master degree in "Electronics Engineering" shall be imparted the knowlege and capability which they require for careers as electronics engineers, enabling them to contribute towards developments in their various field.

Duration:
3-6 Semesters
MSc. Telecommunications Engineering

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Students of the Master degree in "Telecommunications Engineering" are provided with in-depth knowlege and training in design, analysis and management skills relevant to theory and practice in the telecommunications industry.

Duration:
3-6 Semesters
PhD. Electronics Engineering

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Students of the PhD degree in "Electronics Engineering" shall be imparted the knowlege and capability which they require for careers as electronics engineers, enabling them to contribute towards developments in their various field.

Duration:
4-6 Semesters
PhD. Telecommunications Engineering

PhD. Telecommunications Engineering

Students of the PhD degree in "Telecommunications Engineering" are provided with in-depth knowlege and training in design, analysis and management skills relevant to theory and practice in the telecommunications industry.

Duration:
4-6 Semesters