B.Eng. Electrical & Electronics Engineering

5 years

Duration

₦2,900,000

Fees per session

September entry

Start date

Electrical and Electronics Engineering discipline involves the application of scientiﬁc and mathematical principles to the design, production and control of structures, machines, processes and systems.

‘I chose to study Electrical & Electronics Engineering at Nile University because of her reputation as an employer of highly trained lecturers with vast international experience. So far, my expectations with regard to the school’s quality of education have been fully met. Also, participating in extra-curricular activities on campus, especially the University’s Students Representative Council where I served as Vice-president and President, has helped me develop important leadership skills.’

Onwuachu Fredrick Obinna (Electrical & Electronics Engineering, 500 Level)

Study Modules

Management is not just a course you learn in class but something that we practice daily

Electrical & Electronics Engineering - FAQs

What are the entry requirements?

Entry requirements for this course are normally:

DIRECT ENTRY: Available
UTME SUBJECT COMBINATIONS: English, Mathematics, Physics and Chemistry
O’LEVEL SUBJECT COMBINATIONS: In addition to acceptable passes in UTME, the minimum academic requirement is credit level passes in at least five subjects at O’Level in nationally recognised examinations including English Language, Mathematics, Physics, Chemistry and any other acceptable science subject in not more than two sittings. It is also desirable for candidates to pass Further Mathematics and Technical Drawing at credit level, such candidates shall have added advantage.

How will I be taught?

Students will be taught through lectures, seminars and tutorials. They will be required to prepare and make presentations, take-home tests and assignments. There will also be written and oral feedbacks from the Professors.

What is the career support?

EE engineers may work on a diverse range of technologies from the smallest pocket devices to large supercomputers. EE engineers design, develop, test, and supervise the manufacturing of electrical systems, such as electric motors, radar systems, navigation systems, broadcast and communications systems and power generation systems. Many kinds of electronic equipment from portable music players to GPS devices pass through an EE engineer’s hands.

Further Study