INTRODUCTION

Electrical Engineering is one of the older Engineering disciplines, which grew out of man's continuous acquisition of knowledge in the art and control of electricity, and in the exploitation of this remarkable phenomenon with its associated machinery for the service of mankind. Electrical and Electronics Engineering have traditional been involved in the design and production of a vast array of electrical machines which are useful everywhere.

The generation of electric power with its attendant transmission and distribution to consumers, the design and implementation of various communication gears including intercom systems, radio, television, microwave systems and also the design of electronic equipment and computers.

New trends in the evolutionary cycle of technological development have made computers indispensable to virtually all areas of technology so that Electrical and Electronics Engineers are now intimately involved not only with the architecture of computers but also with their operating systems and software.

Departmental Objectives

The department desires to train Engineers who will immediately upon graduation become useful as problem solvers, designers or product Engineers able to participate actively in the engineering process, and to translate their knowledge into practical and meaningful products.

Of course, such a high objective demands from the student, a thorough knowledge of the basic sciences and mathematics that form the foundation on which engineering principles are built. Also evident is the practical attitude on the part of the student to relate his studies to actual and practical situations.

Departmental Degree Programme

The department offers a five- year programme leading to the degree of Bachelor of Engineering (B. Engr.) in Electrical/ Electronics Engineering. During the first one and a half years of the programme, the student takes courses in mathematics, physics, chemistry, computer programming and languages, and other foundation courses that are common to some departments in the University. Thereafter, the student then concentrates on the core departmental courses in electrical/electronics engineering. The long vacation of the fourth year and second semester of the fourth year are devoted to industrial attachment during which the student works and learns in an industrial environment. In the fifth year, the student concentrates on an area of specialization, and also undertakes a development or design project leading to a mandatory thesis before graduation.

Areas of Specialization

There are presently available three (3) areas of specialization within the department, namely:-

1. Power Engineering
2. Electronic and Communication Engineering
3. Control and Instrumentation Engineering

STAFF LIST S/N NAME OF STAFF RANK 1 Engr. Prof. G.N. Onoh Professor 2 Engr. Prof. L.Agu Adj. Professor 3 Engr. James Eke Snr. Lecturer 4 Engr. Dr. I.I. Eneh Snr. Lecturer 5 Engr. Dr. Sam. Ndubuisi Snr. Lecturer 6 Engr. Dr. S. Obe Assoc. Snr. Lecturer 7 Engr. H. Obuka Assoc. Snr. Lecturer 8 Uchenyi Kesandu Lecturer II 9 Nnadi Augustine Assoc. Tutor II 10 Mr. F.U. Ilo Assoc. Tutor II 11 Mr. Anthony Nnaji Tutor 12 Mr. Basil Ibekwe Tutor 13 Mr. J. O. Njeze Chief Technologist 14 Mr. Ferdinand O. Ozoani Asst. Chief Tech. 15 Engr. Arinze Nwosu Asst. Chief Tech. 16 Mr. V.O.V. Amadi Asst. Chief Tech. 17 Mrs. Sussan Oluka P.T.O. II 18 Mr. Marcel N. Eze S.T.O. 19 Mr. Nicholas Okolo Technologist II 20 Christian Obeta Technologist II 21 Mr. Emmanuel Eze Technologist II 22 Mr. Christopher Eneh Higher Works Supervisor 23 Mr. John Edeh Supervisor 24 Mr. Anthony Jideofor Foreman 25 Mrs. Dorothy Ikwu Caretaker 26 Mrs. Florence Ejibe Senior Lab. Asst.

FIRST SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT GST 101 Use of English 1 2 GST 102 Nigeria People and culture 2 GST 103 Philosophy and Logic 2 MAT 111 General Mathematics 3 PHY 111 General Physics 1 3 ICH 111 General Chemistry 1 3 CEE 111 Introduction to Computer & Information Tech. 2 CHE 111 Introduction to chemical Process Computation 1 2 EEE 151 Introduction to Engineering Science 1 2 FEG 101 Engineering Analysis 1 3 TOTAL 24

SECOND SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT GST 104 History & Philosophy of Science 2 GST 107 Use of English II 2 MAT 112 Mathematics II 3 PHY 112 General Physics II 3 ICH 112 General Chemistry I1 3 CEE 112 Computer Programming Language I 2 CHE 112 Introduction to Chemical Process computation II 2 CVE 111 Applied Mechanics – Statics 2 EEE 152 Introduction to Engineering Science 1I 2 FEG 102 Engineering Analysis 1I 3 TOTAL 24

FIRST SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT CEE 213 Computer Programming & Language II 2 CHE 211 Fluid Mechanics 2 CVE 212 Applied Mechanics – Dynamics 1 EEE 211 Applied Electricity II 2 FEG 203 Engineering Analysis III 3 MEC 211 Engineering Drawing I 2 MEC 251 Workshop Processes & Practice I 1 MME 253 Material Science 2 TOTAL 15

SECOND SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT AGE 201 Engineer in Society 1 CEE 221 Computational Techniques for Engineers I 2 CHE 221 Thermodynamics 2 CVE 213 Strength of Materials 2 EEE 212 Applied Electricity II 2 FEG 204 Engineering Analysis IV 3 MEC 212 Engineering Drawing II 2 MEC 252 Workshop Processes & Practices II 2 TOTAL 16

FIRST SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT CEE 314 Assembly Language Programming 3 EEE 313 Circuit Theory 2 EEE 323 Digital Devices & Logic Circuits 3 EEE 325 Physical Electronics 2 EEE 341 Electromagnetic fields & Waves I 2 EEE 343 Electromechanical Devices & Machines I 2 EEE 352 Introduction to Power Systems 2 EEE 393 Laboratory Practical I 1 FEG 305 Engineering Analysis & Computation V 2 TOTAL 19

SECOND SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT FEG 306 Engineering Analysis & Computation VI 2 CEE 322 Computational Techniques for Engineers II 3 EEE 324 Digital Systems Design 2 EEE 326 Electronic Devices & Circuits I 3 EEE 332 Principles of Telecommunication 2 EEE 342 Electromagnetic Fields & Waves II 2 EEE 344 Eletromechanical Devices & Machines II 2 EEE 372 Instrumentation & Measurement I 2 EEE 394 Laboratory Practical II 1 TOTAL 19

FIRST SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT AGE 407 Assembly Language Programming 3 CEE 461 Circuit Theory 2 EEE 427 Digital Devices & Logic Circuits 3 EEE 445 Physical Electronics 2 EEE 447 Electromagnetic fields & Waves I 2 EEE 453 Electromechanical Devices & Machines I 2 EEE 451 Introduction to Power Systems 2 EEE 454 Laboratory Practical I 1 EEE 471 Engineering Analysis & Computation V 2 EEE 495 Electrical Engineering Practical III 1 TOTAL 120

SECOND SEMESTER

INDUSTRIAL ATTACHMENT 6 Credits

FIRST SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT CEE 571 Real-Time Computing and Control 3 CEE 515 Network Analysis & Synthesis 2 EEE 533 Digital Communication and Principles 3 EEE 546 Design of Electromechanical Devices & Machines 3 EEE 598 Seminar 2 Electives CEE 543 Computer Installation and Maintenance 2 EEE 528 Solid State electronics 2 EEE 535 Instrumentation & Measurement II 2 EEE 554 Power System Analysis II 2 EEE 557 Economic Operation of Power System 2 EEE 561 Programming & Statistics 2 TOTAL 18

SECOND SEMESTER COURSE CODE COURSE TITLE TOTAL CREDIT CEE 534 Communication Systems 2 EEE 536 Data Communication and Network 2 EEE 555 Power System Planning and Control 2 EEE 556 Power System Protection and Control 2 EEE 574 Control System Engineering 2 EEE 575 Digital Signal Processing 2 CEE 599 Project 6 Electives EEE 535 Optical & Microwave Communication 2 EEE 538 Industrial Electronics 2 EEE 558 High Voltage & Switchgear Engineering 2 EEE 576 Reliability and Maintainability 2 TOTAL 20