HISTORY OF MECHANICAL ENGINEERING DEPARTMENT

The Department of Mechanical Engineering, Federal Polytechnic, Offa was established in 1993 as a serving department to other departments but students were admitted into National Diploma (ND) programme in 1999. The Higher National Diploma (HND) programme started in 2005 and has two options, HND Manufacturing and Production (MP) and HND Power and Plant (PP).The option is designed to impact on the students specialized and usable skills in the field of Engineering.                                                                                                       

Goals and Objectives of the Department

There are two programmes in the department. These are:

1. National Diploma (ND)
2. Higher National Diploma (HND)

The objectives of each programme are highlighted as follow:

 

National Diploma (ND) Programme Goals and Objectives

The programme is aimed at producing mechanical engineering technicians for the nation’s industries, construction firms, public utilities and services. The diplomats should be able to:

1. Interpret and prepared engineering drawings of mechanical equipment, their components and systems.
2. Carry out machining and fabrication operations.

• Produce machine components and assemble.

1. Operate, maintain and service mechanical equipment.
2. Carry out plant installation and maintenance.
3. Apply management principles in organizing supervisory groups and in the arrangement of sequence of activities.

• Acquire and display entrepreneur skills.
• Apply adequate information technology skills.

Higher National Diploma (HND) Programme

The two options in the Higher National Diploma are:

• Power and Plant Engineering Technology (PP)
• Manufacturing and Production Engineering Technology (MP)

 

Power and Plant Engineering Technology Programme Goals and Objectives

1. Interpret information in mechanical and technical literature and specify requirements for mechanical systems.
2. Install, maintain and repair industrial plants

• Install, maintain, diagnose and repair power generating units such as internal combustion engines, gas and steam turbines, hydraulic and pneumatic equipment e.g. forklift, compressors and steam boiler.

1. Supervise mechanical engineering technicians, craftsmen and artisans in a manufacturing and other process and industrial plant.
2. Plan and execute maintenance operation in industries.

 

Manufacturing and Production Engineering Technology Programme Goal and Objectives

1. Use and operate various machine tools and equipment in the manufacturing of engineering components.
2. Understand the principles and application of manufacturing management techniques.

• Design tools and jigs and produce prototype of such items.

1. Fabricate metal products using various techniques and processes.
2. Plan and carry out installation, maintenance and repair of machines and equipment.
3. Manage materials and human resources in the manufacturing industries at this level.

 

Grant of Accreditation Programmes

1. ND Mechanical Engineering: The accreditation visitation was carried out by the National Board for Technical Education (NBTE) from 23^rd – 26^th October, 2011. The NBTE granted interim accreditation to offer ND Mechanical Engineering for one year with effect from 1^st October, 2011.
2. ND Mechanical Engineering: The accreditation visitation was carried out by the NBTE from 26^th – 28^thAugust, 2013. The Board approved the accreditation programme offered for a period of five years with effect from 1^st October, 2013. Three streams of 30 students per stream were approved and the accredited programme will be due for another visitation by the end of September, 2018.
3. HND Power and Plant Option: The resource inspection accreditation visitation was carried out by the NBTE from 26^th – 29^th August, 2013. The board granted interim accreditation to offer HND Power and Plant with effect from 1^st October, 2013. Three streams of 30 students per stream were approved.
4. HND Power and Plant Option:The accreditation visitation was carried out by the Board from 21^st – 25^thJanuary, 2015 for a period of five years with effect from 2014/2015 academic session. Three streams of 30 students per stream were approved and the accredited programme will be due for another visitation by the end of September, 2019.
5. HND Manufacturing and Production: The accreditation visitation was carried out by the NBTE from 14^th – 18^th January, 2014from a period of five years with effect from 2014/2015 academic session. Two steams of 30 students per stream were approved and the accredited programme will be due for another visitation by the end of September, 2019.

Previous and Present Head of Department

1. Kolapo R. A.
2. Banuso
3. Abdul J. M.
4. Abikoye O. E.
5. Abdul J. M.
6. Olaboye O. Y.
7. Ariyo O. Y.
8. Olaboye O. Y.
9. Abikoye O. E.
10. Ogundele S. O.

 

FACILITIES AVAILABLE TO THE STUDENTS

The polytechnic provides many facilities to cater for the students’ needs on campus. These are:

1. A well-equipped Health Service Center which operates for 24-hours services.
2. The Polytechnic Library reasonable equipped for teaching and research.

• The Polytechnic Printing Press/Book binding section.

1. The polytechnic Bookshop.
2. Commercial Bank ATM stands and microfinance Bank
3. Students Hostels and hostel facilities

• Place of worship for both Muslim and Christian faiths.
• Sport arena for recreation activities.

1. TunjiOlagunju Computer Center
2. Shops and Store to cater for students need
3. Solar power light system to illuminate the school campus

 

FACILITIES AVAILABLE IN MECHANICAL ENGINEERING DEPARTMENT

1. Departmental library
2. AutoCAD Drawing Studio

• Automobile Service Cente

The following laboratories, workshops and studio are available for students practical.

• Laboratories

S/N	Type/description of facility	Size M2	Capacity (No. of Students)
1	Fluid/Hydraulic Laboratory	2400	80
2	Strength of Materials Laboratory	2400	80
3	Building Services Thermodynamic Laboratories	2400	80
4	Mechanics of machine/materials science  laboratories	1200	40
5	Metrology Laboratory	1200	40
6	Autotronics Laboratory	2400	80
7	Mechatronics Laboratory	2400	80
8	R & A Laboratory	2400	80

 

• Workshops

S/N	Type/description of facility	Size M2	Capacity (No. of Students)
1	Machine Shop	1200	40
2	Foundry Workshop	1200	40
3	Fabrication/Fitting Workshop	1200	40
4	Automotive Workshop	1200	40
5	Welding Workshop	1200	40
7	Refrigeration and Air conditioning Workshop	1200	40

 

• Studio

S/N	Type/description of facility	Size M2	Capacity (No. of Students)
1	Drawing Studio	1200	40

 

 

PROGRAMMES AVAILABLE AND DURATION

• Mechanical Engineering National Diploma (ND)
• Duration

The programme is designed to run for four semesters, that is two academic sessions

• Mechanical Engineering Higher National Diploma (HND)

Options in:

Manufacturing and Production Engineering (MP)

Power and Plant Engineering (PP)

 

• Duration

The programme is designed to run for four semesters, that is two academic sessions

 

REQUIREMENT FOR ENTRY INTO THE PROGRAMMES

• NATIONAL DIPLOMA (ND)

Candidates for admission into the programme should have a minimum of:

(i) Senior Secondary School Certificate (SSSC) with at least pass in English Language andcredit passes in four subjects in at most two sittings which must include, mathematics,physics, chemistry, and one other subject from

- Biology

- Agricultural science

- Additional Mathematics

- Economics

- Statistics

- Technical drawing, Auto-Mechanics and Metal work

 

(ii) GCE ´O’ Level or its equivalent (Teachers Grade II or West African School Certificate)with at least a pass in English Language and credit passes in four relevant subjects asspecified in (i) above.

 

(iii) National Technical Certificate (NTC) with credit passes in mathematics, integratedphysical science, English Language and in the mechanical trade areas.

 

(iv) Pass at NBTE recognize Pre-National Diploma entry requirement in English Languageand four credits in the relevant subjects listed in (i) above.

 

• HIGHER NATIONAL DIPLOMA (HND)

The general entry requirements for the HND programme include:

1. All the requirements for admission into the ND programme in mechanical engineering
2. A minimum of lower credit pass (CGPA) of 2.50 and above in the ND examination inMechanical Engineering Technology; and
3. A minimum of one-year cognate work experience.

 

In exceptional cases, the ND diplomats with a pass grade (CGPA) 2.0 - 2.49) in the ND examination thathad two or more years of cognate work experience may be considered for admission into the HND programme. However, the number of candidates should not be more than 10% of the total student intake in each class.

 

REGISTRATION PROCEDURES

Candidates who have been offered provisional admission into the polytechnic are expected to:

1. Collect letter of admission after payment of acceptance fees
2. Present the original copies of their credentials for screening after which payment of clearance will be issue

• Present the receipt of payment of chargeable fees and receive registration materials from registration officer

1. Sign registration kits in their respective departments, bursary and library.
2. Return duly signed registration forms to the registration officers who release a copy each to the student, department, Management Information System (MIS) and student files.

Matriculation Requirement

All fresh students of the polytechnic are expected to register for the prescribed number of courses in their respective departments at the commencement of their studies in this institution. Such students are also expected to state other details such as credentials processed and other personal data as contained in their registration forms.

The condition above will enable Management Information System (MIS) to assign matriculation number to the students. The matriculation ceremony is an official programme organized to admit candidate into the institution as bonafide students. During the ceremony, the students sign Matriculation Oath to abide by all the rule and regulations of the polytechnic.

Curriculum Tables for ND

 

• ND I First Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 101	Use of English I (Grammar)	2
2	GNS 111	Citizenship Education	2
3	MTH 112	Algebra and Elementary Trigonometry	3
4	STA 111	Introduction to Statistics	3
5	MEC 111	Mechanical Engineering Science I (Statics)	3
6	MEC 112	Technical Drawing	3
7	MEC 113	Basic Workshop Technology and practice	3
8	MEC 114	Basic Metrology	2
9	MEC  115	Introduction to Computing	2
10	EEC 115	Electrical Engineering Science I	3
11	EED 126	Introduction to Entrepreneurship	2
		TOTAL	28

 

• ND I Second Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 102	Use of English II (Essay and Comprehension)	2
2	EED 127	Entrepreneurship Practical	2
3	MEC 121	Engineering Graphics	2
4	MTH 211	Introduction to Calculus	3
5	MEC 122	Thermodynamics I	3
6	MEC 123	Machine Tools Technology and Practice	4
7	MEC 124	Mechanical Eng. Science II (Dynamics)	4
8	MEC 125	Safety	2
9	MEC 126	Properties of Materials	2
		TOTAL	24

 

 

• ND II First Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 201	Communication in English I	2
2	MEC 217	Technical Report writing	2
3	MEC 211	Engineering Drawing I	2
4	MEC 212	Engineering Measurement	2
5	MEC 213	Thermodynamics II	3
6	MEC 214	Fluid Mechanics	3
7	MEC 215	Foundry Technology and forging operations	2
8	MEC  201	Introduction to Computer Aided Design (CAD)	2
9	MEC 218	Student Industrial Work Experience Scheme (SIWES)	4
10	MTH 202	Logic and Linear Algebra	2
11	EEC 215	Electrical Engineering Science II	2
12	EED 217	Entrepreneurship Practical I	2
		TOTAL	28

 

• ND II Second Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 202	Use of English II	2
2	MTH 122	Trigonometric and Analytical Geometry	3
3	MEC 211	Supervisory Management	2
4	MEC 222	Strength of Materials	3
5	MEC 223	Engineering Drawing II	3
6	MEC 225	Refrigeration and Air Conditioning	2
7	MEC  226	Plant Services and Maintenance	3
8	MEC 227	Automotive Technology and Practice	2
9	MEC 200	Final Year Project	6
10	EED 216	Entrepreneurship Practical II	2
		TOTAL	28

 

 

Curriculum for Higher National Diploma (HND)

The curriculum of HND programme consists of four main components. These are:

1. General studies/education
2. Foundation courses.
3. Professional courses
4. Project.

 

The General Education component shall include courses in:

English Language, Communication, Industrial Management and Engineer in Society, TheGeneral Education component shall account for not more than 15% of the total contacthours for the programme.

 

Foundation courses include courses in Mathematics. The number of hours for the programme mayaccount for about 10-15% of the total contact hours.

Professional courses are ore courses of the programme which give the student the theory andprofessional skills he needs to practice his field of calling at the technician/technologist level. These may account for between 60-70% of the contact hours.

 

Final year students in this programme are expected to carry out a project work. This could be on individualbasis or group work. The project should, as much as possible incorporates basic element of design, drawingand complete fabrication of a marketable item or something that can be put to use. Project reports should bewell presented and should be properly supervised

 

Award of Higher National Diploma

Conditions for the award of Higher National Diploma include the following:

1. Satisfactory performance in all prescribed course work which may include class work,tests, quizzes.
2. Workshop practice, laboratory work.
3. Satisfactory performance at all semester examinations.
4. Satisfactory completion of final year project work normally, continuous assessmentcontributes 30%, project work 10% while semester examinations are weighted 60% to makea total of 100%.

 

Higher National Diploma should be awarded in four classes:

3. (i) Distinction - CGPA of 3.50 and above
4. (ii) Upper Credit - CGPA of 3.0 - 3.49
5. (iii) Lower Credit - CGPA of 2.50 - 2.99
6. (iv) Pass - CGPA of 2.00 - 2.49.

 

Curriculum Structure for HND Programme

The structure of the Higher National Diploma programme consists of four semester of classroom, laboratoryand workshop activities in the college. Each semester shall be of 18 weeks’ duration made up as follows:

1. 15 weeks of teaching, i.e. recitation, practical exercise, quizzes, test, etc.; and
2. 3 weeks for examinations and registration.

ACCREDITATION

The Diploma programme shall be accreditation by the National Board for Technical Education before thediplomates can be awarded the National Diploma certificates. Details about the process of accrediting aprogramme for the award of the National Diploma are available from the Executive Secretary, National Boardfor Technical Education, Plot “B”, Bida Road, P.M.B. 2239, Kaduna, Nigeria.

 

CURRICULUM TABLES FOR HIGHER NATIONAL DIPLOMA (HND)

MECHANICAL ENGINEERING MANUFACTURING AND PRODUCTION (OPTION)

 

• HND I MP First Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 302	Communication in English III	2
2	EED 313	Entrepreneurship Development	2
3	MTH 311	Advanced Algebra	2
4	MEC 311	Engineers in Society	2
5	MEC 312	Engineering Design	3
6	MEC 313	Strength of Materials 1	3
7	MEC 314	Instrumentation and Control	2
8	MEC  315	Mechanics of Machines	3
9	MEC 316	CAD/CAM	2
10	MEC 318	Technical Report Writing	2
11	ICT 301	Computer Programming	1
		TOTAL	24

 

 

 

 

 

 

• HND I MP Second Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 312	Advanced Calculus	2
2	MEC 325	Industrial Engineering	2
3	MEC 321	Business Management	2
4	MEC 322	Strength of Materials II	3
5	MEC 323	Fluid Mechanics II	3
6	MEM 321	Metal Forming and Heat Treatment	3
7	MEM 322	Joining and Fabrication Processes	4
8	MEM 323	Foundry Technology and Practice	3
9	MEM 325	Machine Tools System	2
10	MEP 322	Safety	3
11	EED 323	Entrepreneurship Development II	2
		TOTAL	29

 

• HND II MP First Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 313	Numerical Method	2
2	MEM 416	CNC Programming & Robotics	3
3	MEM 411	Metrology	2
4	MEM 412	Testing and Failure of Materials	3
5	MEC 412	Fluid Power Machines	3
6	MEM 413	Machine Elements Design	4
7	MEM 414	Operations Management	2
8	MEC 413	3 Dimensional AutoCAD	2
9	MEC 415	Engineering Materials and its Applications	2
10	MEC 401	Seminar	2
11	EED 413	Entrepreneurship Practical I	2
		TOTAL	27

• HND II MP Second Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 413	Statistical Methods	2
2	MEC 427	Quality Assurance	3
3	MEM 422	Machine Tool Processes	3
4	MEC 424	Materials Handling	2
5	MEC 423	Maintenance Management	3
6	MEM 423	Press & cutting Tools Design	3
7	MEM 425	Jigs, Fixtures and Tool Design	3
8	MEM 426	Machine Assembly, Installation and Commissioning	3
9	EED 423	Entrepreneurship Practical II	2
10	MEC 400	Project	6
		Total	30

 

 

MECHANICAL ENGINEERING POWERAND PLANT (OPTION)

 

• HND I PP First Semester

S/No	Course Code	Course/Module Title	Unit
1	GNS 302	Communication in English III	2
2	EED 313	Entrepreneurship Development	2
3	MTH 311	Advanced Algebra	2
4	MEC 311	Engineers in Society	2
5	MEC 312	Engineering Design	3
6	MEC 313	Strength of Materials 1	3
7	MEC 314	Instrumentation and Control	2
8	MEC  315	Mechanics of Machines	3
9	MEC 316	CAD/CAM	2
10	MEC 318	Technical Report Writing	2
11	ICT 301	Computer Programming	1
		TOTAL	24

 

• HND I PP Second Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 312	Advanced Calculus	2
2	MEC 325	Industrial Engineering	2
3	MEC 321	Business Management	2
4	MEC 322	Strength of Materials II	3
5	MEC 323	Fluid Mechanics II	3
6	MEP 321	Applied Thermodynamics	3
7	MEP 322	Safety	3
8	MEP 323	Internal Combustion Engines	3
9	MEP 311	Energy Conversion and Heat Transfer	3
10	EEC 442	Electrical Power and Machine	3
11	EED 323	Entrepreneurship Development II	2
		TOTAL	29

 

• HND II PP First Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 313	Numerical Method	2
2	MEC 411	Environmental Engineering	2
3	MEC 412	Fluid Power Machine	3
4	MEP 411	Refrigeration and Air Conditioning	4
5	MEP 412	Mechanical Equipment in Building	4
6	MEP 413	Automotive Technology	3
7	MEC 413	3 Dimensional AutoCAD	2
8	MEC 414	Operational Management	2
9	MEC 415	Engineering Materials and its Applications	2
10	MEC 401	Seminar	2
11	EED 413	Entrepreneurship Practical I	2
		TOTAL	28

 

• HND II PP Second Semester

S/No	Course Code	Course/Module Title	Unit
1	MTH 413	Statistical Methods in Engineering	2
2	MEC 427	Quality Assurance	3
3	MEP 421	Construction and Materials Handling Equipment	2
4	MEP 422	Transport Economics	3
5	MEC 423	Maintenance Management	3
6	MEP 424	Electro-Mechanical Controls in Refrigeration and Air Conditioning	3
7	MEP 426	Steam Power Engineering	2
8	MEM 426	Machine Assembly, Installation and Commissioning	3
9	EED 423	Entrepreneurship Practical II	2
10	MEC 400	Project	6
		Total	29

 

 

GRADING SYSTEM OF STUDENTS’ RESULTS

Grade Point

Grade Point is a numerical equivalent to the actual marks obtained in a course.

 

Grading System

Score (%)	Grade	Point Equivalent
75 – 100	A	4.00
70 – 74	AB	3.50
65 – 69	B	3.25
60 – 64	BC	3.00
55 – 59	C	2.75
50 – 54	CD	2.5
45 – 49	D	2.25
40 – 44	E	2.00
0 – 39	F	0.00

 

Grade Point Average (GPA)

The Grade Point Average will be computed at the end of every semester. This shows the average performance of a student in a particular semester.

 

Cumulative Grade Point Average (CGPA)

To compute the Cumulative Grade Point Average of a student, the aggregate course unit point for all his/her semester(s) works would be added and be divided by the total number of Course Units (CU) taken to date.

 

National Diploma should be awarded in four classes:

 (i) Distinction - CGPA of 3.50 and above

 (ii) Upper Credit - CGPA of 3.0 - 3.49

 (iii) Lower Credit - CGPA of 2.50 - 2.99

(iv) Pass - CGPA of 2.00 - 2.49.

 (v) Fail – CGPA of 0.00 – 0.99

 

Example: An ND I Mechanical Engineering Student Results

 

ND I First Semester Results

Credit Unit (CU)	Course Code	Course Title	Grade	Grade Point (GP)	(GP) x (CU)
2	GNS 101	Use of English I	AB	3.50	7.00
2	GNS 111	Citizenship Education	B	3.25	6.50
3	MTH 112	Algebra & Elem. Trig.	B	3.25	9.75
4	MEC 111	Mechanical Engr. Sci.	C	2.75	11.00
5	MEC 112	Technical Drawing	AB	3.50	17.50
5	MEC 113	Basic Workshop Tech. Practice	BC	3.00	15.00
4	EEC 115	Electrical Engr. Sci.	B	3.25	13.00
3	MEC 115	Int. to Computer	CD	2.50	7.50
28		Total			87.25

 

The GPA for ND I first semester is computed as follows:

 

Student’s GPA for ND I first semester = 3.12

 

ND I Second Semester Results

Credit Unit (CU)	Course Code	Course Title	Grade	Grade Point (GP)	(GP) x (CU)
2	GNS 201	Use of English II	AB	3.50	7.00
2	GNS 122	Economics	B	3.25	6.50
5	MEC 121	Engineering Graphic	C	2.75	13.75
4	MEC 122	Thermodynamics	CD	2.50	10.00
4	MEC 114	Basic Metrology	E	2.00	8.00
2	MEC 125	Safety	A	4.00	8.00
2	EED 126	Entrepreneurship Practical	D	2.25	4.50
2	MEC 126	Properties of Materials	BC	3.00	6.00
23		Total			63.75

 

The GPA for ND I second semester is computed as follows:

 

Student’s GPA for ND I second semester = 2.77

 

The Cumulative Grade Point Average (CGPA) for ND I second semester is calculated as:

 

ND II First Semester Results

Credit Unit (CU)	Course Code	Course Title	Grade	Grade Point (GP)	(GP) x (CU)
1	GNS 201	Communication in English I	E	2.00	2.00
2	MEC 217	Technical Report writing	BC	3.00	6.00
2	MEC 211	Engineering Drawing I	A	4.00	8.00
2	MEC 212	Engineering Measurement	AB	3.50	7.00
3	MEC 213	Thermodynamics II	B	3.25	9.75
3	MEC 214	Fluid Mechanics	A	4.00	12.00
2	MEC 215	Foundry Technology and forging operations	A	4.00	8.00
2	MEC  201	Introduction to Computer Aided Design (CAD)	CD	2.5	5.00
17		Total			57.75

 

The GPA for ND II first semester is computed as follows:

Student’s GPA for ND II first semester = 3.40

 

The Cumulative Grade Point Average (CGPA) for ND II first semester is calculated as:

 

ND II Second Semester Results

Credit Unit (CU)	Course Code	Course Title	Grade	Grade Point (GP)	(GP) x (CU)
2	GNS 202	Use of English II	B	3.25	6.50
3	MTH 122	Trigonometric and Analytical Geometry	C	2.75	8.25
2	MEC 211	Supervisory Management	D	2.25	4.50
3	MEC 222	Strength of Materials	AB	3.50	10.50
3	MEC 223	Engineering Drawing II	E	2.00	6.00
2	MEC 225	Refrigeration and Air Conditioning	C	2.75	5.50
3	MEC  226	Plant Services and Maintenance	A	4.00	12.00
2	MEC 227	Automotive Technology and Practice	CD	2.50	5.00
6	MEC 200	Final Year Project	A	4.00	24.00
2	EED 216	Entrepreneurship Practical II	BC	3.00	6.00
28		Total			88.25

 

The GPA for ND II second semester is computed as follows:

Student’s GPA for ND II second semester = 3.15

 

The Cumulative Grade Point Average (CGPA) for ND II second semester is calculated as:

 

This implies that this student has successfully completed his ND programme and graduated with Upper CreditClassification and he will be awarded NATIONAL DIPLOMA CERTIFICATE by the school management board.

 

Graduation Requirements

A student is deemed to have successfully completed a programme:

1. If all departmental requirements are met.
2. If the cumulative average grade point is not less than 2.00.
3. If the student’s attendance in lectures is not less than 70% in each semester.
4. If project work is successfully completed.

Carry Over

A student who fails a course in any semester will be allowed to carry over the course over to the nest semester. If the course is not offered, he/she will be allowed to carry it on until the course is available. Full-time students are limited to the maximum period of eight semesters (four academic sessions) for National Diploma (ND) and Higher National Diploma (HND) programmes. The Part-time programme is also limited to four academic sessions.

 

LECTURER/INSTRUCTOR/TECHNOLOGIST IN THE DEPARTMENT

 

S/N	NAME OF ACADEMIC STAFF	DISCIPLINE	AREA OF SPECIALIZATION	QUALIFICATION	RANK
1	Engr. Dr. Abdul J.M.	Mechanical Engineering	Production	Ph.D. (Met & Mat) (Uni. of Witwatersrand, South Africa, 2016) M.Eng. (Mech), (Uni. of Ilorin, 1999) B.Eng. (Mech),(Uni. of Ilorin, 1990)	Chief Lecturer
2	Engr. Abikoye O.E.	Mechanical Engineering	Production	M. Eng. (Mech), (Uni. of Lagos, 1997) B. Eng. (Mech), (Uni. of Ilorin, 1995)	Chief Lecturer
3	Engr.  Dr. Adeyinka C.O.	Agricultural Engineering	Energy (Renewable)	Ph.D. (Energy), (Atlantic International Uni., USA, 2012) M.Eng. (Mech), (Bayero Uni., Kano, 1998) B.Eng. (Agric) (FUT, Akure, 1990)	Chief Lecturer
4	Engr. Ariyo, D.O.	Mechanical Engineering	Power & Plant	Ph.D. (in view) M. Eng. (Mech), (Uni. of Ilorin, 1997) B.Eng.(Mech) (Uni. of Ilorin, 1988)	Chief Lecturer
5	Engr. Olaboye, Y.O.	Mechanical Engineering	Production	M.Sc. (Manufacturing System), (Uni. of Nottingham UK, 2008) B.Sc. Facility Tech. (Mech), (Uni. of Southern Colorado, Pueblo, USA now Colorado State Uni., USA, 1990) NCE (Mech), (FCE Tech. Akoka Lagos, 1982)	Chief Lecturer
6	Engr. Ogundele S.O.	Mechanical Engineering	Production	Ph.D. (in view) M. Eng. (Mech), (Uni. of Ilorin, 2011) B. Eng. (Mech), (Uni. of Ilorin, 1998)	Principal Lecturer
7	Engr. Woli, T.O.	Mechanical Engineering	Manufacturing and Production	M.Sc. (Mech), (Uni. of Wolverhampton, UK, 2016) B. Eng. (Mech), (Uni. of Ilorin, 2002)	Senior Lecturer
8	Mr. Makun, A.B.	Agricultural Engineering	Agricultural Engineering	M. Sc. (in view), B.Eng.(Agric.) (OAU, Ile-Ife, 1992)	Lecturer I
9	Engr. Ibrahim R.	Mechanical Engineering	Power & Plant	M.Eng.(Mech), (Uni. of Ilorin, 2009) B.Eng. (Mech), (ABU, Zaria, 1999)	Lecturer I
10	Engr. Kolawole, S.K.	Mechanical Engineering	Production	Ph.D. (in view) M.Eng. (Uni. of Ilorin, 2013) B.Eng. (Uni. of Ilorin, 2005)	Lecturer II
11	Engr. Abdullateef, T.F. (Mrs.)	Mechanical Engineering	Production	Ph.D. (in view) M. Eng. (Mech), (Uni. of Ilorin, 2015) B.Eng. (Mech), (Uni. of Ilorin, 2005)	Lecturer II
12	Engr. SalawuSoliu G.A. (Mrs.)	Mechanical Engineering	Production	Ph.D. (in view) M.Eng. (Mech),(Uni. of Ilorin, 2015) B.Eng.(Mech), (Uni. of Ilorin, 2009)	Lecturer III
13	Engr. Odesanmi G.A.	Mechanical Engineering	Production	Ph.D (in view) M.Eng. (Mech), (FUT, Akure, 2014) B.Eng. (Mech), (LadokeAkintola Uni., Ogbomosho, 2009)	Lecturer III
14	Mr. Ahmed, M.J.	Mechanical Engineering	Production	M. Sc. (in view) B.Eng. (Mech), (Uni. of Maid., 2009)	Lecturer III
15	Engr. Imuran, A.S.	Mechanical Engineering	Production	M. Sc. (in view), B.Eng. (Mech), (Uni. of Ilorin, 2009)	Lecturer III
16	Engr. Yakubu, O.H.	Metallurgical Engineering	Metallurgical& Materials	M.Sc. (Met & Mat), (ABU, Zaria, 2014) B. Eng. (Met), (ABU, Zaria, 2006)	Lecturer III
17	Mr. Sam Obu C.V.	Polymer Engineering	Polymer Engineering	M. Sc. (in view), B.Eng. (Poly), (Fed. Uni. of Tech., Oweri, 2010)	Lecturer III
18	Mr. Amos J.	Chemical Engineering	Chemical Engineering	B.Eng. (Chem.), (Fed. Uni. of Tech., Yola, 2011)	Lecturer III
19	Mr. Ibrahim L.A.	Mechanical Engineering	Manufacturing and Production	M.Sc. (Mech), (Uni. of Wolverhampton, UK, 2016) HND (Mech), (Osun State College of Tech., Esa-oke, 2008) ND (Mech), (Kaduna Poly., Kaduna, 1986)	Lecturer III
20	Dike C. P.	Mechanical Engineering	Mechanical Engineering	B.Eng. (Mech), (Coventry Uni., UK, 2015.	Assistant Lecturer
21	Shuaib A. A.	Mechanical Engineering	Mechanical Engineering	B.Eng. (Mech), (Federal Uni. of Tech., Minna, 2014)	Assistant Lecturer
22	Muhammed K. O.	Mechanical Engineering	Mechanical Engineering	B.Eng. (Mech), (Bayero Uni., Kano, 2013	Assistant Lecturer
23	Mr. Oludu C.K.	Mechanical Engineering	Power & Plant	M.Sc. (Mechatronic), (Leicester Uni., UK, 2017) PGD (Mech), (FUT, Akure, 2006) HND (Power & Plant), (Kwara State Poly., Ilorin, 1992) ND (Mech), (Fed. Poly., Ado Ekiti, 1987)	Chief Instructor
24	Mr. Sanni, M.K.	Mechanical Engineering	Power & Plant	PGD (Mech), (LadokeAkintola Uni. Ogbomosho, 2014) HND (Power & Plant), (Kwara State Poly., Ilorin, 2003) ND (Mech), (KwaraState Poly., Ilorin, 1994)	Principal Instructor
25	Mr. Afolabi, O.O.	Mechanical Engineering	Power & Plant	PGD (Mech), (LadokeAkintola Uni. Ogbomosho, 2016) HND (Power & Plant) (Kwara State Poly., Ilorin, 2003) ND (Mech), (Fed. Poly., Offa, 1999)	Senior Instructor
26	Mr. Odeniyi, O.M.	Mechanical Engineering	Power & Plant	PGD (Mech), (LadokeAkintola Uni. Ogbomosho, 2016) HND (Power & Plant) (Fed. Poly., Offa, 2010) ND (Mech), (Fed. Poly., Offa, 2006)	Senior Instructor
27	Mr. Azeez, M.A.	Mechanical Engineering	Power & Plant	PGD (Mech), (AkintolaLadoke Uni., Ogbomosho, 2016) HND (Power & Plant), (Fed. Poly., Offa, 2007) ND (Mech) (Fed. Poly., Offa, 2002)	Senior Instructor
28	Mr. Lamidi, S.	Mechanical Engineering	Power & Plant	HND (Power & Plant) (Fed. Poly., Offa, 2010) ND (Mech) (Fed. Poly., Offa, 2005)	Principal Technologist
29	Mr. Amusa, K.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Osun State College of Tech., Esa-oke, 2011) ND (Mech), (Osun State College of Tech., Esa-oke, 2008) NCE (Kwara State College of Edu. Tech., Lafiagi, 1999)	Senior Technologist
30	Mr. Raji, M.A.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Osun State College of Tech., Esa-oke, 2015) ND (Mech), (The Poly. Of Ibadan, 1987)	Technologist I
31	Mr. Adetunji, W.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Osun State College of Tech., Esa-oke, 2015) ND (Mech), (Fed. Poly., Offa, 2005)	Technologist I
32	Mr. Oloyede, F.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Osun State College of Tech., Esa-oke, 2015) ND (Mech), (Fed. Poly., Offa, 2006)	Technologist II
33	Mrs. Usman, T.I.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Osun State College of Tech., Esa-oke, 2016) ND (Mech), (Osun State College of Tech., Esa-oke, 2013)	Technologist II
34	Mr. Dairo, A. J.	Mechanical Engineering	Power & Plant	HND (Power & Plant), (Fed. Poly., Offa, 2014) ND (Mech), (Fed. Poly., Offa, 2003)	Technologist II
35	Mr. Adeshina, R. A.	Mechanical Engineering	Power & Plant	HND (Mech), (Osun State College of Tech., Esa-oke , 2018) ND (Mech), (OsunState College of Tech., Esa-oke, 2012)	Technologist II

 

 

TECHNICIAN IN THE DEPARTMENT

 

S/N	NAME	RANK	QUALIFICATION	AREA OF SPECIALIZATION
1	Mr. Bello P.Y.	Higher Technical Officer	HND (Mech), (Osun State College of Tech., Esa-oke, 2018) ND (Osun State College of Tech., Esa-oke , 2011), NABTEB Trade Tests 3,2,1	Plant
2	Mr. Anthony,  A.	Senior Foreman	ND (Mech), (Fed. Poly., Offa, 2018) NABTEB, Trade Test 3,2,1
3	Mrs. Babatunde, M.F.	Senior Foreman	ND (Mech), (Fed. Poly., Offa, 2018) NABTEB, Trade Tests 3, 2, 1
4	Mr. Giwa, M.O.	Senior Foreman	ND (in view), (Fed. Poly., Offa) NABTEB, Trade Test 3, 2, 1
5	Mr. Ibrahim, T.A.	Senior Foreman	WASC (1981)

 

 

 

 

ADMINISTRATIVE STAFF IN THE DEPARTMENT

 

S/NO	NAMES	RANK	QUALIFICATION
1	Mrs. Adeshina, M.B.	Confidential Secretary	ND(OTM), (Fed. Poly., Offa, 2011) HND(OTM), (Fed. Poly., Offa, 2015)
2	Mr. Salaudeen F. M.	Administration Officer	B.Sc.(Geo), (ABU, Zaria, 2001) M.Sc. (Transport Planning & Manage.), (Uni. of Lagos, 2009) Advance Diploma (Shipping, Port Admin. & Manage.), (Uni. of Lagos, 2012)