Please note that 100-level courses are been taught by the Faculties of Life and Physical Sciences, and the general Engineering courses at the 200 Level are anchored at the Faculty of Engineering and Technology. The 300-level, 400-level, and 500-level courses are domiciled primarily in the Department. The details of all courses from 100 – 500 level are tabulated below.
At the commencement of each session, students are required to register for specific courses. Courses taught at different levels are designed to systematically build up the student’s knowledge of Materials and Metallurgical Engineering. Courses are identified by Codes, Course title, Credit units, Course status, Lecture hour, and Practical hour. The number of credits attached to a course signifies the weight and time allotment to teaching the course. Each credit unit course is assigned 15 hours of lectures or 45 hours of practical hours. Course codes are determined by level, specialization, semester, and changes when the course content is altered. Any change in course structure is subject to approval by the University Senate. The course status may be categorized as Compulsory (C), Required (R), or Elective (E).
GRADUATION REQUIREMENTS
Major Engineering Courses (ABE, CHE, CVE, ELE, MEE, MME) 130 Credits
Students’ Industrial Works Experience Scheme (SIWES) 18 Credits
Students Work Experience Programme (SWEP) 6 Credits
General Studies Courses: (GNS 111, 112, 114, 211, 212, 311) 11 Credits
Minimum Electives 8 Credits
Law and entrepreneurial skill courses
(GSE 202 (2), GSE 301 (2), BUL 506 (3)) 7Credits
Total = 180 Credits
UTME: 180 Credits
DE (200L): 180 Credits
DE (300L): 121 Credits
Undergraduate Programmes
The Programme is structured to include periods of formal studies and practical in the University, industrial training, planned visits, and projects.
Academic Year | Activities Schedule | ||
Harmattan Semester | Rain Semester | Session Break | |
100 Level | Coursework | Coursework | |
200 Level | Coursework | Coursework | Students Work Experience Programme (SWEP) |
300 Level | Coursework | Coursework | Students Industrial Work Experience Scheme (SIWES) I |
400 Level | Coursework | Students Industrial Work Experience Scheme (SIWES) II | Students Industrial Work Experience Scheme (SIWES) II |
500 Level | Coursework | Coursework | Project |
Postgraduate studies
The growing manpower needs for research and teaching in industries and higher educational institutions inform the establishment of postgraduate degrees (M.Eng. and PhD) in Materials and Metallurgical Engineering in three key options currently available in the department. Candidates have the option of choosing, based on interest, from the areas outlined as follows: Electrochemistry and corrosion; Metallurgy (ferrous and non-ferrous), and Advanced Engineering Materials (Advanced composite materials, nanomaterials, and biomaterials.)
The philosophy of the Master of Engineering degree in Materials and Metallurgical Engineering is as follows:
Duration of the Programme
The duration for Master degree in Materials and Metallurgical Engineering shall include the time for taught course works and scientific research (dissertation) detailed as follow:
Departmental library
Relevant books and journals are provided in the departmental library. Electronic materials are also installed on the computer systems available in the library.
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