The Postgraduate College

Technology / Mechanical Engineering

Overview

Degree awarded:

M.Phil

M.Phil (EU-ECOWAS)

M.Phil(EU-ECOWAS)

M.Phil/Ph.D

M.Phil/Ph.D (EU-ECOWAS)

M.Sc

M.Sc (EU-ECOWAS)

M.Sc Energy Technology and Management

M.Sc Mechanical Engineering

Ph.D

Ph.D ( Dual-degree )

Ph.D (EU-ECOWAS)

Programmes:

Master in Energy Technology and Management

Master of Science in Mechanical Engineering

Field of interest:

Applied Mechanics

Dynamics

Energy Technology and Management

Material Technology

Material/Manufacturing Technology

Not Applicable

Production Engineering

Solid Mechanics

Thermofluids

Entry requirements:

General Regulations Governing Admission to Higher Degree Programmes

Candidates for admission to higher degree programmes shall normally be graduates of the University of Ibadan or other Universities/Institutions recognised by the Senate. Admission shall be made by the Postgraduate College on the recommendation of the appropriate Faculty Postgraduate Committee.
Candidates without any previous higher degrees in the relevant discipline may be admitted only to either the Degree of Master or the Professional Degree of Master.
Candidates with recognised “Research Higher” Degree in the relevant discipline may be admitted to the M.Phil or Ph.D. degree programmes as appropriate, on the recommendation of the appropriate Faculty Postgraduate Committee.
A candidate admitted to the degree of Master of University of Ibadan who obtained a weighted average mark of 55.0 – 59.9%, or a CGPA of between 4.0 and 4.9 may be offered provisional admission to the M.Phil./Ph.D programmes. Such candidates shall be assessed within three semesters of full time and four semesters of part time registration for the M.Phil/Ph.D to Ph.D conversion. This shall also apply to students who graduated from other universities

SPECIAL WAIVER FOR MATURED APPLICANTS

All University of Ibadan graduates should be admitted to Postgraduate programme with the ordinary level criteria existing at the time their first admission. Candidate who did not fulfill the requirements as at the time of their admission are not eligible for consideration.
Special consideration may be given to candidates, who obtained their first degree not less than 20 years from the time of seeking admission to any postgraduate programmes. Such candidates must have been found to possess special skills or abilities and professionally or academically engaged during the period of 20 years.

How to apply:

Apply online

Our higher degree programme in Mechanical Engineering build upon the foundational knowledge gained at the undergraduate level and offer more specialized and advanced coursework in various areas of mechanical engineering. The specific courses and curriculum may vary between universities, but here are some common topics covered in higher degree programs in Mechanical Engineering:

Advanced Mechanics:

This course focuses on advanced topics in solid mechanics, including stress analysis, elasticity, fracture mechanics, and finite element analysis. It explores the behavior of materials under different loading conditions and provides advanced analytical and computational tools for designing and analyzing mechanical structures.

Fluid Mechanics and Heat Transfer:

This course delves deeper into fluid dynamics and heat transfer phenomena. It covers advanced topics such as boundary layer theory, compressible flow, turbulent flow, conduction, convection, and radiation heat transfer. Students learn advanced mathematical modeling and computational methods to analyze and design thermal systems.

Advanced Manufacturing and Materials:

This course explores advanced manufacturing techniques and materials science. It covers topics such as advanced machining processes, additive manufacturing (3D printing), composite materials, nanomaterials, and smart materials. Students learn how to select appropriate materials for specific applications and design efficient manufacturing processes.

Control Systems:

This course focuses on the analysis and design of control systems for mechanical systems. It covers topics such as system dynamics, feedback control, stability analysis, PID control, and advanced control techniques. Students learn how to design control systems to achieve desired system behavior and performance.

Robotics and Automation:

This course introduces the principles and applications of robotics and automation in mechanical engineering. It covers topics such as robot kinematics and dynamics, robot control, sensor integration, machine vision, and autonomous systems. Students learn how to design and program robotic systems for industrial, medical, and other applications.

Energy Systems:

This course focuses on advanced topics in energy conversion and utilization. It covers areas such as thermodynamics of power cycles, renewable energy systems, energy storage, and energy efficiency. Students learn about advanced energy conversion technologies and the design of sustainable energy systems.

Engineering Design and Optimization:

This course emphasizes advanced engineering design principles and optimization techniques. Students learn about design methodology, concept generation, computer-aided design (CAD), and optimization algorithms. They apply these skills to solve complex engineering design problems and optimize system performance.

Research Methods and Project Work:

Higher degree programs in Mechanical Engineering often involve research projects and thesis work. Students learn research methods, literature review, data analysis, and experimental techniques. They work closely with faculty members on research projects and contribute to the advancement of knowledge in the field.

Few/Some of the Course Content

TME 711	Advanced Heat Transfer
TME 719	Structural Dynamics
TME 720	Polymer Technology
TME 717	Instrumentation
TME 715	Creep Fatigue and Fracture
TME 716	Design of Process Equipment and Machines
TME 714	Analysis of Plates and Shells
TME 708	Finite Element Methods
TME 709	Finite Element Method for Structural Analysis
TME 707	Applied Numerical Methods
TME 705	Impact Mechanics
TME 706	Metal Forming Analysis and Equipment
TME 704	Advanced Plasticity
TME 703	Stress Analysis
TME 702	Dynamics
TME 701	Continuum Mechanics
TME 700	Seminar
TME 750	Project
TME 716	Design Process Equipment and Machine
TME 742	Legal Aspects of Clean Energy
TME 741	Seminar
TME 740	Tropical Energy and Environment Issues

Entry Requirement

General Admission Requirements for Higher Degree

The basic qualification for admission to all Postgraduate Courses and Programmes is a first degree of the University of Ibadan or degree/Higher National Diploma of other recognized Institutions in the relevant discipline. Where qualifications are not strictly in the area of admission, remedial courses, which may lead to additional periods of studentship, may be prescribed.
In addition to individual Departmental requirements, applicants must satisfy the ‘O’ Level first degree matriculation requirements of the University of Ibadan i.e five ‘O’Level credit passes at ONE sitting or 6 ‘O’ level credits at TWO sittings including English Language and subject areas for ALL disciplines and Mathematics for ALL Science-based disciplines, Educational Management and Economics and at least a pass in Mathematics for other Social Science Courses OR Holder of NCE must have credit passes in WASC or credit or merit passes in TC II (obtained between 1967 and 1981) in English Language and four other relevant matriculation subjects.
Candidates for the degree of M.Phil and Ph.D. are admitted in the first instance to the Degree of Master Programme. However, candidates who, in addition to a good first degree, and already holding acceptable postgraduate degrees, may be considered for direct admission to the M.Phil and Ph.D. Programmes.

INTERNATIONAL STUDENT ADMISSION REQUIREMENT

Candidate with recognized first degree or higher degree assessed to be at least equal or equivalent to the degree of Bachelor or Master of the University of Ibadan and as recognized by the University senate may be admitted to the Masters , M.Phil, M.Phil/Ph.D or Ph.D Programme on the recommendation of the appropriate Faculty Postgraduate Committee
All applicants for the Postgraduate Diploma, Degree of Masters and Professional Master are require to take Test of Proficiency in English Language. A. minimum score of 40 percent must be attained before applicants could be eligible to be shortlisted by the admitting Departments, Schools, or Institutes.

Facilities

Career Path

Having a higher degree in Mechanical Engineering can open up diverse and rewarding career opportunities. Some potential career paths include:

Research and Development Engineer:

With a higher degree, you can work in research and development departments of engineering firms or research institutions. You may conduct advanced research, develop new technologies, and contribute to innovation in mechanical engineering.

Design Engineer:

Higher degrees provide a deeper understanding of engineering design principles. As a design engineer, you can work on designing and developing mechanical systems and components for various industries such as automotive, aerospace, or consumer products.

Project Manager:

With advanced knowledge in mechanical engineering, you can take on project management roles. You may lead engineering projects, oversee design and manufacturing processes, and ensure project completion within budget and timeline constraints.

Academia and Teaching:

A higher degree in Mechanical Engineering can qualify you for teaching positions in universities or colleges. You may pursue an academic career, conducting research, teaching courses, and mentoring students.

Consultant:

Higher degrees provide expertise in specialized areas of mechanical engineering. You can work as a consultant, offering technical advice and solutions to clients on mechanical engineering projects and challenges.

Energy Engineer:

With knowledge of advanced energy systems, you can work as an energy engineer, designing and optimizing energy systems for improved efficiency and sustainability. This includes working on renewable energy projects, energy storage, and energy management systems.

Manufacturing Engineer:

Higher degrees equip you with advanced knowledge of manufacturing processes and materials. You can work as a manufacturing engineer, optimizing production systems, improving quality control, and implementing advanced manufacturing techniques.

Robotics and Automation Engineer:

With expertise in robotics and automation, you can work in industries that require automated systems. This includes designing, programming, and maintaining robotic systems for manufacturing, healthcare, or other applications.

Consulting Engineer:

Higher degrees in Mechanical Engineering can lead to opportunities in consulting firms. You can provide specialized engineering expertise to clients, offering solutions, and advice in areas such as design, analysis, or process optimization.

Entrepreneurship:

With a higher degree, you may choose to start your own business in mechanical engineering. This could involve offering engineering services, developing innovative products, or creating a startup focused on a specific niche within the field.

It's important to note that the career paths mentioned above are just examples, and the actual opportunities available will depend on your interests, specialization, and the industry you choose to work in.

Supervisor(s)

Fees

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