Dept. of Civil Engineering
INTRODUCTION
The Department of Civil Engineering at the Enugu State University of Science and Technology was founded along with the Faculty of Engineering of Anambra State University of Technology, ASUTECH in 1980. As a department in the premier University of Technology in this country, the department embraced the Faculty objective of training high level manpower, that would compete favorably with overseas trained engineers.
Moral was high, the lecturers sat down and drew up a viable curriculum, one that kept the students on his toes for the duration of his course. The curriculum was rich in both theoretical and practical contents. Even the Industrial Training was taken so seriously that staff went to industries to monitor the performance of the students.
Today, almost two decades after inception and the successful training of Engineers in the Bachelor and postgraduate levels, the Civil Engineering Department, ESUT, is waxing stronger.
There are several reasons why the departments of civil Engineering in particular and the Faculty of Engineering of ESUT, in general have done so well in training creditable Engineers. One such reason is the location of the University in the city of Enugu. Because of this location, numerous visitations to active construction sites have become an integral part of the training programme.
Thus, the industrial training starts from the classroom and the industrial training proper, is a lot easier to supervise.
Our colleagues in the civil engineering industries are very helpful and feel proud to contribute to the training process of future Engineers. Finally, many competent consultants have taken up part time teaching appointments. This has greatly facilitated the transfer of their long-standing experience to students who will tomorrow be their professional partners.
The lectures in the department are very dedicated to the discharge of their duties. The first challenge in the teaching of engineering, apart from inculcating discipline, is to make the subject matter of Theoretical and Applied Mechanics the second nature of the students. This matter has been resolved in this department by the development of textbooks in Statistics, Dynamics, Strength of Materials and Fluid Mechanics. With this, the experiences of the older Lecturers are easily transferred to the younger ones.
Work has also started in developing suitable texts in the various areas of emphasis of the departments.
| STAFF LIST |
| S/N |
NAME OF STAFF |
RANK |
| 1 |
Engr. (Prof.) N.N. Osadebe |
Adj. Professor |
| 2 |
Engr. (Prof.) J.C. Agunwamba |
Adj. Professor |
| 3 |
Engr. Dr. C.U.nwoji |
Snr. Lecturer |
| 4 |
Engr. Dr. F.O. Okafor |
Snr. Lecturer |
| 5 |
Engr. E.U. Ikwueze |
Snr. Lecturer |
| 6 |
Engr. B.C. Ojiogu |
Snr. Lecturer |
| 7 |
Engr. C.C. Ike |
Snr. Lecturer |
| 8 |
Engr. S.W. Mbajiorgu |
Snr. Lecturer |
| 9 |
Engr. Mrs. R.C. Okoloekwe |
Snr. Lecturer |
| 10 |
Engr. L.C. Obasi |
Snr. Lecturer |
| 11 |
Engr. G.O. Nnaji |
Snr. Lecturer |
| 12 |
Engr. R.C. Nnoli |
Asso. Snr. Lecturer |
| 13 |
Engr. C.C. Agomah |
Asso. Lecturer I |
| 14 |
Engr. P.N. Madubuko |
Asso. Lecturer II |
| 15 |
Engr. P.N. Onuomah |
Lecturer II |
| 16 |
L.O. Mba |
Principal Tutor |
| 17 |
R.I. Allen |
Chief Tech. |
| 18 |
G. I. Nwaziri |
Asst. Chief Tech. |
| 19 |
C.I. Osogwu |
Princ. Tech. Officer |
| 20 |
D.O. Nze |
Princ. Lab. Sup. |
| 21 |
G.C. Onyebuchi |
Princ. Works Sup. |
| 22 |
J.A. Njoku |
Principal Lab. Sup. |
| 23 |
D.M. Okafor |
Snr. Tech. Officer |
| 24 |
N.O. Ozonsi |
Snr. Tech. Officer |
| 25 |
F.U. Okorie |
Snr. Works Sup. |
| 26 |
V.A. Aniagor |
Snr. Lab. Sup. |
| 27 |
J.U.E. Ezimah |
Snr. Lab. Sup. |
| 28 |
Sunday Oje |
Artisan I |
| 29 |
Mrs. Attamah Monica |
Lab. Attendant |
| 30 |
Ohanenye Christian |
Lab. Assistance |
|
 |
| 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 |
2 |
| PHY 111 |
General Physics 1 |
2 |
| ICH 111 |
General Chemistry 1 |
2 |
| 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 |
2 |
|
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 |
2 |
| PHY 112 |
General Physics II |
2 |
| ICH 112 |
General Chemistry I1 |
2 |
| 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 |
2 |
|
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 |
| FEG 305 |
Engineering Mathematics V |
2 |
| CVE 314 |
Strength of Material II |
3 |
| CVE 321 |
Civil engineering Materials |
2 |
| CVE 322 |
Construction Technology |
2 |
| CVE 330 |
Engineering Drawings and Detailing |
2 |
| CVE 340 |
Engineering Geology I |
2 |
| CVE 351 |
Fluid Mechanics |
3 |
| CVE 371 |
Engineering surveying I |
2 |
|
TOTAL |
16 |
|
 |
| SECOND SEMESTER |
| COURSE CODE |
COURSE TITLE |
TOTAL CREDIT |
| FEG 306 |
Engineering Mathematics VI |
2 |
| CVE 323 |
Concrete Technology |
2 |
| CVE 324 |
Construction Planning & Equipment |
2 |
| CVE 331 |
Structural Mechanics II |
3 |
| CVE 332 |
Design of R.C. Structures |
3 |
| CVE 341 |
Engineering Geology II |
2 |
| CVE 342 |
Soil Mechanics |
2 |
| CVE 372 |
Energy Surveying II |
2 |
|
TOTAL |
18 |
|
 |
| FIRST SEMESTER |
| COURSE CODE |
COURSE TITLE |
TOTAL CREDIT |
| CVE 424 |
Engineering Project Management |
1 |
| CVE 433 |
Structural Mechanics II |
3 |
| CVE 434 |
Analysis and Computation |
3 |
| CVE 443 |
Soil Engineering |
3 |
| CVE 452 |
Engineering Hydrology |
2 |
| CVE 453 |
Sanitary Engineering |
3 |
| CVE 461 |
Highway and Transportation I |
3 |
| CVE 407 |
Entrepreneurship Study |
1 |
|
TOTAL |
19 |
|
 |
SECOND SEMESTER
INDUSTRIAL ATTACHMENT 6 credits
| FIRST SEMESTER |
| COURSE CODE |
COURSE TITLE |
TOTAL CREDIT |
| CVE 525 |
Construction Management I |
2 |
| CVE 534 |
Dynamics & Stability of Structures |
2 |
| CVE 535 |
Design of Steel Structures |
2 |
| CVE 543 |
Geotechnical Engineering I |
2 |
| CVE 554 |
Hydraulics |
2 |
| CVE 562 |
Urban Transportation Problems |
2 |
| CVE 5xx |
Civil Engineering Electives (see below) |
2 |
| CVE 598 |
Civil Engineering Design Project |
4 |
|
TOTAL |
18 |
|
 |
| SECOND SEMESTER |
| COURSE CODE |
COURSE TITLE |
TOTAL CREDIT |
| CVE 526 |
Construction Management II |
2 |
| CVE 536 |
Design of Timber Structures |
2 |
| CVE 544 |
Geotechnical Engineering II |
2 |
| CVE 555 |
Water Resource Engineering |
2 |
| CVE 563 |
Highway and Transportation II |
2 |
| CVE 5xx |
Civil Engineering electives (see below) |
2 |
| CVE 599 |
Project |
2 |
|
TOTAL |
18 |
|