M.Sc/Ph.D (Power Systems Engineering)

Programme Name: M.Sc/Ph.D (Power Systems Engineering)

Duration: 2 years

Programme Type: : Post graduate

Entry Requirements

(a) A Second Class Honours degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution.
(b) Postgraduate Diploma in Communications/Computer/Electrical/Electronics Engineering with final CGPA of 3.50 or a 4-point or 4.50 or 5-point grade scale from a recognized University or equivalent institution. However, priority will be given to Ahmadu Bello University, Zaria Postgraduate Diploma graduates.
(c) A Third Class Honours degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution with a minimum of Five (5) years post-graduation experience.
Where necessary candidates may be required to clear or make up for deficiency in previous training. Each case will be considered individually by the Departmental PG Committee, which will recommend the undergraduate Communication Engineering courses that must be taken by the candidate to clear the deficiencies.
To be eligible for admission into the Ph.D programme a candidate must possess:
(a) A Master of Science (M.Sc.) degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution.
(b) A Master of Philosophy (M.Phil) degree in Communications/Computer/Electrical/Electronics Engineering in addition to a professional Master’s degree or equivalent.
(c) In addition to (a) and (b), a comprehensive research proposal is to be submitted to the Department.

4.0 DURATION OF THE PROGRAMME
The duration of the full-time M.Sc. programme will be for a minimum period of three (3) semesters and a maximum period of six (6) semesters while for the full-time Ph.D programme, it will be for a minimum of period of four (4) semesters and a maximum period of six (6) semesters. For the part-time Ph.D programme, it will be for a minimum period of six (6) semesters and a maximum period of ten (10) semesters.

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Graduation Requirements

(a) A Second Class Honours degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution.
(b) Postgraduate Diploma in Communications/Computer/Electrical/Electronics Engineering with final CGPA of 3.50 or a 4-point or 4.50 or 5-point grade scale from a recognized University or equivalent institution. However, priority will be given to Ahmadu Bello University, Zaria Postgraduate Diploma graduates.
(c) A Third Class Honours degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution with a minimum of Five (5) years post-graduation experience.
Where necessary candidates may be required to clear or make up for deficiency in previous training. Each case will be considered individually by the Departmental PG Committee, which will recommend the undergraduate Communication Engineering courses that must be taken by the candidate to clear the deficiencies.
To be eligible for admission into the Ph.D programme a candidate must possess:
(a) A Master of Science (M.Sc.) degree in Communications/Computer/Electrical/Electronics Engineering from a recognized University or equivalent Institution.
(b) A Master of Philosophy (M.Phil) degree in Communications/Computer/Electrical/Electronics Engineering in addition to a professional Master’s degree or equivalent.
(c) In addition to (a) and (b), a comprehensive research proposal is to be submitted to the Department.

4.0 DURATION OF THE PROGRAMME
The duration of the full-time M.Sc. programme will be for a minimum period of three (3) semesters and a maximum period of six (6) semesters while for the full-time Ph.D programme, it will be for a minimum of period of four (4) semesters and a maximum period of six (6) semesters. For the part-time Ph.D programme, it will be for a minimum period of six (6) semesters and a maximum period of ten (10) semesters.

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Departmental Courses Offered

S/N Course Code Course Title Credit Units Level Semeter Course Outline
1 EEEN851 INTELLIGENT AGENTS 3 800L First Semester Course outline
2 EEEN850 HUMAN-COMPUTER INTERFACE ENGINEERING 3 800L Second Semester Course outline
3 EEEN849 DISTRIBUTED COMPUTING SYSTEMS 3 800L First Semester Course outline
4 EEEN848 COMPUTER CONTROL SYSTEM 3 800L Second Semester Course outline
5 EEEN847 ADVANCED LOGIC DESIGN 3 800L First Semester Course outline
6 EEEN846 COMPUTER ORGANIZATION AND DESIGN 3 800L Second Semester Course outline
7 EEEN845 MULTIMEDIA SYSTEMS 3 800L First Semester Course outline
8 EEEN844 WIRELESS AND MOBILE COMMUNICATION 3 800L Second Semester Course outline
9 EEEN843 NETWORK SECURITY AND CRYPTOGRAPHY 3 800L First Semester Course outline
10 EEEN843 NETWORK SECURITY AND CRYPTOGRAPHY 3 800L First Semester Course outline
11 EEEN842 COMPUTATIONAL INTELLIGENCE TECHNIQUES 3 800L Second Semester Course outline
12 EEEN840 COMPUTER COMMUNICATIONS AND NETWORKS-I 3 800L Second Semester Course outline
13 EEEN835 RF CIRCUIT DESIGN TECHNIQUES 3 800L First Semester Course outline
14 EEEN833 NETWORK PLANNING, MANAGEMENT AND PERFORMANCE 3 800L First Semester Course outline
15 EEEN831 COMMUNICATION ELECTRONICS 3 800L First Semester Course outline
16 EEEN826 ADVANCED TEST AND MEASUREMENT INSTRUMENTS 3 800L Second Semester Course outline
17 EEEN807 POWER SYSTEMS OPERATION, PLANING AND QUALITY 3 800L First Semester Course outline
18 EEEN801 OBJECT ORIENTED PROGRAMMING 2 800L First Semester Course outline
19 EEEN802 Electromagnetics 3 800L Second Semester Course outline
20 EEEN803 Microcomputers and Applications 3 800L First Semester Course outline
21 EEEN804 Mini Project 1 800L Second Semester Course outline
22 EEEN805 Seminar 1 800L First Semester Course outline
23 EEEN853 Linear Control Systems 3 800L First Semester Course outline
24 EEEN813 Rotatiing Machines Analysis 3 800L First Semester Course outline
25 EEEN808 RENEWABLE ENERGY SYSTEMS 3 800L Second Semester Course outline
26 EEEN809 High Voltage Engineering and System Protection 3 800L First Semester Course outline
27 EEEN811 Advanced Machines Theory and Design 3 800L First Semester Course outline
28 EEEN856 MULTIVARIABLE CONTROL SYSTEM 3 800L Second Semester Course outline
29 EEEN813 Rotating Machines Analysis 3 800L First Semester Course outline
30 EEEN816 Statistical Methods in Power Systems Reliability 3 800L Second Semester Course outline
31 EEEN855 ADAPTIVE CONTROL SYSTEM 3 800L First Semester Course outline
32 EEEN819 Design of Digital System 3 800L First Semester Course outline
33 EEEN820 Microwave Electronics and Systems 3 800L Second Semester Course outline
34 EEEN821 Digital Signal Processing 3 800L First Semester Course outline
35 EEEN822 Antenna Theory and Printed Antenna Design 3 800L Second Semester Course outline
36 EEEN823 Semiconductor Microelectronics 3 800L First Semester Course outline
37 EEEN854 OPTIMAL CONTROL SYSTEM 3 800L Second Semester Course outline
38 EEEN841 Computer Communications and Networks-II 3 800L First Semester Course outline
39 EEEN899 Research Thesis 12 800L First Semester Course outline
40 EEEN810 POWER SYSTEM ANALYSIS AND CONTROL 3 800L Second Semester Course outline
41 EEEN857 POWER ELECTRONICS AND INDUSTRIAL DRIVES 3 800L First Semester Course outline
42 EEEN858 INTELLIGENT SENSORS 3 800L Second Semester Course outline
43 EEEN859 SYSTEM MODELLING AND ANALYSIS 3 800L First Semester Course outline
44 EEEN829 ECONOMIC OPERATION OF INTERCONNECTED SYSTEMS 3 800L First Semester Course outline
45 COEN801 RESEARCH METHODOLOGY AND PROJECT MANAGEMENT 3 800L Course outline
46 COEN803 COMPUTATIONAL INTELLIGENCE TECHNIQUES 3 800L Course outline
47 COEN840 COMPUTER COMMUNICATIONS AND NETWORKS 3 800L Course outline
48 COEN841 ADVANCED COMPUTER ARCHITECTURE 3 800L Course outline
49 COEN842 ADVANCED PROGRAMMING 3 800L Course outline
50 COEN843 NETWORK SECURITY AND CRYPTOGRAPHY 3 800L Course outline
51 COEN844 MICROCONTROLLER AND APPLICATIONS 3 800L Course outline
52 COEN845 MULTIMEDIA SYSTEMS 3 800L Course outline
53 COEN846 HUMAN-COMPUTER INTERFACE ENGINEERING 3 800L Course outline
54 COEN856 INTELLIGENT AGENTS 3 800L Course outline
55 COEN858 SYSTEM MODELLING AND IDENTIFICATION 3 800L Course outline
56 COEN897 SEMINAR I 3 800L Course outline
57 COEN898 SEMINAR II 3 800L Course outline
58 COEN899 M.Sc RESEARCH THESIS 9 800L Course outline
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