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.
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.
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 |