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B.Eng. Computer Engineering Programme

About B.Eng. Computer Engineering

B.Eng Computer Engineering programme is one of the programmes offered in the Department of Computer Engineering. The Programme is a five years programme for students coming in through UTME and four years for students coming in through DE.

Philosophy

The B.Eng. program in Computer Engineering is built on a foundation of mathematics, computing science, and physical science. A small component of electrical engineering is introduced in the secondyear, with progressively larger components in the second and third year. The fourth and final year is devoted exclusively to computer systems engineering courses. Each year of the program comprises a number of discipline-based courses and courses taught by other discipline areas. Most courses in the first two years of the program are common for engineering students.

Aim and Objective

The main objective of the Department is to train Computer Engineers who can meet the challenges of advancements in technologies. Students obtaining the honours degree in Computer Engineering will receive a thorough background in various aspects of the field including Electrical Circuit Theory, Electrical Machines, Analogue System, Computer Architecture and Organization, Numerical Computation, Software Design Techniques, System Analysis and Design, Digital Systems Design, Embedded System, Intelligent Systems Design, Data Communications and Networks among many other courses.

Admission Requirement

(a) Unified Tertiary Matriculation Examination (UTME) Admission to 100 Level is through the UTME of the Joint Admission Matriculation Board Examination in subjects such as English Language, Mathematics, Physics and Chemistry. To be eligible for admission, candidates must have a minimum of five credit pass in the General Certificate of Education (Ordinary Level), or West African Senior Secondary Certificate Examination (WASSCE) or NECO, IJMB or its equivalent at not more than two (2) sittings in the following subjects: Chemistry, Physics, Mathematics and English Language. UTME Subjects: English Language, Chemistry, Mathematics, Further Mathematics and Physics. (b) Direct Entry In addition to the requirements specified above in (a), candidates seeking admission to 200 Level must possess i. National Diploma (ND) at Upper Credit Level or equivalent in Electrical and Electronics Engineering, Computer Engineering or related discipline from recognised institutions, or ii. Good passes at the General Certificate of Education (Advanced Level), JUPEB or its equivalent in Chemistry, Physics and Mathematics.

Programme Duration

0 years

100 Level First Semester

#	Code	Title	Semester	Level
1	GST 109	Use of Library Study Skills & ICT Literacy	1	100
2	GNE 101	Introduction to Computer Technology	1	100
3	GST 111	Citizenship and Human Kinetics Education	1	100
4	GST 101	Communication in English I	1	100
5	PHY 103	Practical Physics I	1	100
6	CHM 103	Practical Chemistry I	1	100
7	MTH 101	General Mathematics I	1	100
8	CHM 101	General Chemistry I	1	100
9	PHY 101	General Physics I	1	100
10	ELP 101	Entrepreneurial Leadership I	1	100

100 Level Second Semester

#	Code	Title	Semester	Level
1	ELP 102	Entrepreneurial Leadership II	2	100
2	PHY 106	Properties of Matter	2	100
3	GNE 104	Introduction to Computational Software	2	100
4	PHY 102	General Physics II	2	100
5	GST 102	Communication in English II	2	100
6	GNE 106	Introduction to Engineering Drawing	2	100
7	GNE 102	Engineer–in–Society	2	100
8	GST 114	Philosophy, Logic and Issues in Science of Human Existence	2	100
9	CHM 102	General Chemistry II	2	100
10	MTH 102	General Mathematics II	2	100
11	MTH 104	Vectoral Analysis	2	100
12	PHY 104	Practical Physics II	2	100
13	CHM 104	Practical Chemistry II	2	100

200 Level First Semester

#	Code	Title	Semester	Level
1	GNE 255	Applied Mechanics	1	200
2	GNE 257	Fundamentals Electrical Engineering I	1	200
3	GST 215	Entrepreneurship I	1	200
4	CSC 201	Computer Programming I	1	200
5	ELP 201	Communication for Impact I	1	200
6	GNE 259	Materials Science	1	200
7	GNE 297	Fundamentals Electrical Engineering Laboratory I	1	200
8	GNE 251	Engineering Drawing I	1	200
9	GNE 253	Engineering Mathematics I	1	200

200 Level Second Semester

#	Code	Title	Semester	Level
1	GNE 298	Fundamentals Electrical Engineering Laboratory II	2	200
2	GST 216	Entrepreneurship II	2	200
3	GNE 258	Fundamentals Electrical Engineering II	2	200
4	GNE 296	Fundamentals of Fluid Mechanics Laboratory I	2	200
5	GNE 254	Engineering Mathematics II	2	200
6	GNE 256	Fundamental of Fluid Mechanics	2	200
7	GNE 262	Fundamentals of Thermodynamics	2	200
8	CPE 252	Introduction to Digital Systems	2	200
9	GNE 260	Strength of Materials I	2	200
10	GST 210	Introduction to Musicology	2	200
11	ELP 202	Communication for Impact II	2	200
12	GNE 252	Workshop Practice	2	200

300 Level First Semester

#	Code	Title	Semester	Level
1	EEE 359	Analog Circuits & Devices	1	300
2	GNE 351	Engineering Mathematics III	1	300
3	ELP 301	Data and Decisions I	1	300
4	CPE 353	Low Level Language Programming	1	300
5	CPE 351	Digital Systems Design with VHDL	1	300
6	EEE 357	Electric Circuits	1	300
7	CPE 355	Digital System Design Laboratory	1	300
8	EEE 351	Electromagnetic Fields	1	300
9	EEE 355	Physical Electronics	1	300

300 Level Second Semester

#	Code	Title	Semester	Level
1	CPE 356	Information System Analysis and Design	2	300
2	EEE 354	Electromagnetic Waves	2	300
3	CPE 360	Object-Oriented Programming	2	300
4	CPE 354	Computer Engineering Laboratory	2	300
5	GNE 354	Engineering Communication	2	300
6	CPE 358	Operating Systems Principles	2	300
7	CPE 352	Computer Architecture and Organization	2	300
8	ELP 302	Data and Decisions II	2	300
9	GNE 352	Engineering Mathematics IV	2	300

400 Level First Semester

#	Code	Title	Semester	Level
1	CPE 451	Data Communication and Networks	1	400
2	CPE 453	Microprocessor Technology and Interfacing	1	400
3	EEE 453	Control Systems I	1	400
4	CPE 457	Introduction to Artificial Intelligence	1	400
5	EEE 457	Communication Principles	1	400
6	GNE 451	Engineering Statistics	1	400
7	CPE 455	Microprocessor Design Laboratory	1	400
8	CPE 459	Data Structure and Analysis of Algorithms	1	400
9	CPE 400	Student Industrial Work Experience II (SIWES II)	1	400

400 Level Second Semester

#	Code	Title	Semester	Level
1	CPE 400	Student Industrial Work Experience II (SIWES II)	2	400
2	CPE 300	Student Industrial Work Experience I (SIWES I)	2	400
3	CPE 200	Student Work Experience Programme (SWEP)	2	400

500 Level First Semester

#	Code	Title	Semester	Level
1	CPE 563	Computer Graphics and Animation	1	500
2	CPE 555	Industrial Application Studies and Innovations	1	500
3	CPE 565	Cryptography Principles and Applications	1	500
4	CPE 557	Artificial Neural Networks and Programming	1	500
5	GNE 551	Engineering Law and Management	1	500
6	EEE 571	Introduction to Mechatronics Design	1	500
7	ELP 401	Projects and Impact of Technology on Industry I	1	500
8	EEE 551	Digital Signal Processing	1	500
9	CPE 551	Individual Project I with Seminar Presentation	1	500
10	CPE 561	Wireless Networks	1	500
11	CPE 553	Embedded Systems Design	1	500

500 Level Second Semester

#	Code	Title	Semester	Level
1	CPE 556	Modelling and Simulation	2	500
2	CPE 566	Intelligent Systems Design	2	500
3	ELP 402	Projects and Impact of Technology on Industry II	2	500
4	GNE 552	Engineering Economics and Valuation	2	500
5	CPE504	Robotics and Automation	2	500
6	CPE 560	Mobile and Cloud Computing	2	500
7	CPE 552	Individual Project II with Seminar Presentation	2	500
8	CPE 564	Hardware Systems Studies	2	500
9	CPE 568	Human Language Processing and Application	2	500
10	CPE 562	Information Security Techniques	2	500
11	CPE 558	Digital Image Processing	2	500
12	CPE572	Cyberpreneurship and Cyberlaw	2	500
13	CPE 570	Project Management	2	500

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