Revised Five-Year Standard Undergraduate Academic Programme for BEng (Hons) in Electronic Engineering JUNE 2017
scope
In line with the modern trends in curriculum development all over the globe as well as the Nigerian Universities Commission regulations for engineering study in the country, students of Electronic Engineering are expected to graduate in five years (academic sessions) for UME students, four years for Direct Entry students and three years for students with B.Eng. in related areas.
In the first two years of study, different courses from all facets of learning in different departments/faculties are taught. These courses provide an overview of the broad field of Engineering. In the third year, students are exposed to both Electrical and Electronics courses with different laboratory experiments. The fourth year is a year of pure electronic courses with more laboratory courses, technical Writing and Seminar presentation and 6-month Industrial Training (IT) organized by the Student Industrial Works Experience Scheme (SIWES) in relevant industries
In the first two years of study, different courses from all facets of learning in different departments/faculties are taught. These courses provide an overview of the broad field of Engineering. In the third year, students are exposed to both Electrical and Electronics courses with different laboratory experiments. The fourth year is a year of pure electronic courses with more laboratory courses, technical Writing and Seminar presentation and 6-month Industrial Training (IT) organized by the Student Industrial Works Experience Scheme (SIWES) in relevant industries
admission requirements
utme requirements
Candidates for admission to the Department must first satisfy the University entry requirements. The University requires that departmental requirements be obtained in not more than two sittings. The Departmental minimum requirement is passes at levels not lower than credit in Senior Secondary School Examination or its equivalent in five subjects including Mathematics, Physics, Chemistry and English Language.
Job opportunities
It is imperative to note that the technological advancement of any country lies in the hands of its Engineers. The need for Electronic Engineers in the society today cannot be over-emphasized. This is because Electronic Engineering permeates almost every aspect of life and industry. Our graduates are properly equipped to take on challenging jobs such as design, development and production of hardware and software for industries such as Telecommunications, ICT Companies, Computer Networking Firms, Software Companies, Oil Companies etc. There are also numerous job opportunities in Banks, Research Institutes and Academic Institutes.
| stress areas | codes |
|---|---|
| foundational courses | 0 |
| circuit & systems | 1 |
| physical & applied electronics | 2 |
| electeomagnetism | 3 |
| communiication | 4 |
| control | 5 |
| measurement, instrumentation & laboratories | 6 |
| digital & computer systems | 7 |
| seminars | 8 |
| projects & technical writing | 9 |