Department of Mechanical Engineering
School of Infrastructure, Manufacturing and Minerals Engineering (SIMME) • Federal University of Technology, Akure
About the Department
The Department of Mechanical Engineering at the Federal University of Technology, Akure (FUTA), within the School of Infrastructure, Manufacturing and Minerals Engineering (SIMME), is committed to providing world-class engineering education and innovative research in mechanical engineering disciplines. Our department trains highly skilled engineers capable of designing complex mechanical systems, optimizing manufacturing processes, and developing sustainable solutions to technical challenges across diverse industries.
Mechanical Engineering is the design, analysis, manufacturing, and operation of machines and mechanical systems. Our comprehensive curriculum integrates foundational sciences, engineering mechanics, thermodynamics, fluid mechanics, machine design, manufacturing technology, and computer-aided design. Students develop expertise in mechanical design using CAD software, stress analysis through finite element methods, thermal systems, power generation, manufacturing processes, automation, and renewable energy technologies.
The department features state-of-the-art facilities including design laboratories with CAD/CAM workstations, manufacturing workshops with CNC machines and machine tools, materials testing laboratories, thermal laboratories with testing equipment, fluid mechanics labs, and industrial simulation facilities. We maintain strong partnerships with manufacturing industries, automotive companies, energy sectors, and multinational corporations, providing students with internship opportunities, industrial projects, and practical experience in real-world engineering applications.
Graduates of Mechanical Engineering are highly sought professionals across various sectors including manufacturing, automotive, aerospace, oil and gas, renewable energy, power generation, and industrial automation. They excel as design engineers, manufacturing engineers, project managers, maintenance engineers, and technical consultants. Our alumni contribute significantly to innovation, industrial productivity, and sustainable development across Nigeria and the global economy.
What We Offer
Academic Programs
- B.Eng in Mechanical Engineering - 5-year undergraduate program
- M.Eng in Mechanical Engineering - Postgraduate specialization program
- Ph.D in Mechanical Engineering - Advanced research degree
Core Focus Areas
- Machine Design & Analysis
- Thermodynamics & Heat Transfer
- Fluid Mechanics & Hydraulics
- Manufacturing Technology
- CAD/CAM/CNC Systems
- Control Systems & Automation
- Power Generation & Energy
- Renewable Energy Systems
Laboratory Facilities
CAD/CAM Laboratory
3D modeling, CAD design, CAM programming, CNC simulation, parametric design
Machine Shop & Workshop
CNC machining, welding, fabrication, lathe operations, milling
Thermal Laboratory
Thermodynamic testing, heat transfer analysis, energy systems
Research Focus Areas
Our department conducts cutting-edge research in mechanical engineering disciplines:
Machine Design & Analysis
Mechanical design theory, component analysis, stress analysis, failure prediction, optimization for manufacturing.
Thermodynamics & Heat Transfer
Energy conversion, heat transfer analysis, thermal efficiency, refrigeration systems, power cycles.
Fluid Mechanics & Hydraulics
Fluid dynamics, pumping systems, hydraulic equipment, aerodynamics, compressible flow analysis.
Manufacturing Technology
Machine tool operations, manufacturing processes, quality control, assembly methods, lean manufacturing.
CAD/CAM/CNC Systems
Computer-aided design, manufacturing programming, numerical control machining, digital manufacturing.
Control Systems & Automation
Process control, PLC programming, automation systems, feedback control, industrial robotics.
Power Generation & Energy Systems
Gas turbines, steam engines, internal combustion engines, power plant systems, energy efficiency.
Renewable Energy Technologies
Solar thermal systems, wind energy, biogas systems, geothermal applications, sustainable design.
Career Opportunities
Mechanical Engineering graduates pursue diverse careers across multiple industries:
Mechanical Design Engineer
Design mechanical systems, components, and products using CAD
Manufacturing Engineer
Plan and optimize production processes and manufacturing systems
Project Engineer
Manage engineering projects from design through implementation
Maintenance Engineer
Manage equipment maintenance and reliability programs
Automotive Engineer
Design and develop automotive components and systems
Renewable Energy Engineer
Develop and optimize renewable energy systems
HVAC Engineer
Design heating, ventilation, and air conditioning systems
Oil & Gas Engineer
Design and manage offshore and onshore equipment systems
Academic & Researcher
Conduct research and teach at universities and institutions
Course Materials & Resources
Access comprehensive mechanical engineering materials, design guides, laboratory manuals, and research resources organized by academic level.
100 Level Resources - Engineering Foundations
General science and mathematics foundations common to all engineering disciplines.
First Semester
Foundation Sciences
Mathematics I, Physics I, Chemistry, Engineering Drawing.
Access Offline Study PacksSecond Semester
Engineering Basics
Mathematics II, Physics II, Engineering Mechanics, General Studies.
Go to Offline Study PacksFoundation Year
100 Level covers engineering foundations. Courses include Mathematics, Physics, Chemistry, Engineering Drawing, and introductory engineering sciences applicable to all engineering disciplines.
200 Level Resources - Engineering Drawing & Workshop Practice
Courses focusing on technical drawing, orthographic projection, sectioning, assembly drawings, and workshop technology.
First Semester - MEE 201 (Engineering Drawing)
Second Semester - MEE 202 (Engineering Drawing II & Workshop)
MEE 202
General lecture notes and materials for MEE 202
DownloadMEE 202 Drawing Folder
Complete collection of all MEE 202 engineering drawings
DownloadMEE 202 Assembly Drawings
Assembly and exploded view drawing exercises
DownloadMEE 202 Basic Construction
Basic machine elements and construction techniques
DownloadMEE 202 Belt, Rope and Chain
Power transmission: belts, ropes, and chain drives
DownloadMEE 202 Drawing Workshop
Workshop practice and hands-on drawing exercises
DownloadMEE 202 Engineering Drawing
Advanced engineering drawing principles and standards
DownloadMEE 202 Engineering Drawing
Additional comprehensive drawing materials
DownloadMEE 202 Engineering Drawing Textbook
Standard textbook for engineering drawing
DownloadMEE 202 Engineering Drawing 1
Part 1 of engineering drawing series
DownloadMEE 202 Manual
Workshop manual and practical guidelines
DownloadMEE 202 Manual Of Engineering Drawing
Complete manual for engineering drawing standards
DownloadMEE 202 Past Questions
Past examination questions for MEE 202
DownloadMEE 202 Sectioning
Sectional views and hatching techniques in drawing
DownloadMEE 202 Sp46
SP:46 engineering drawing standards reference
DownloadMEE 202
Additional comprehensive MEE 202 materials
DownloadMEE 206 2
Part 2 materials for MEE 206 (related workshop course)
DownloadMEE 206 1
Part 1 materials for MEE 206 (workshop practice)
DownloadMEE 202 Assignment
Assignment questions and guidelines for MEE 202
DownloadMEE 206
General materials for MEE 206 workshop practice
Download300 Level Resources - Applied Mechanical Engineering
Machine design, manufacturing processes, and advanced thermodynamics applications.
Applied Mechanical Science
Machine design, CAD applications, manufacturing technology, thermal systems.
Access 300 Level ResourcesMachine Design I
Shaft design, bearing selection, coupling design
CAD Design
3D modeling, assembly design, technical documentation
Manufacturing Processes
Casting, forming, machining, joining processes
Thermodynamics II & Heat Transfer
Heat transfer modes, thermal design, efficiency analysis
Control Systems
Feedback control, system analysis, process control
SIWES Industrial Training
Industry exposure and practical experience
400 Level Resources - Advanced Applications
Advanced design, mechanical systems, and emerging technologies.
Advanced Mechanical Engineering
Machine design II, advanced manufacturing, renewable energy systems.
Access 400 Level ResourcesMachine Design II
Gear design, welded connections, pressure vessels
CAM/CNC Programming
CNC machine programming, tool path generation
Renewable Energy Systems
Solar thermal, wind, geothermal technologies
Vibrations & Dynamics
Vibration analysis, dynamic systems, damping
Quality & Maintenance Management
Quality control, maintenance planning, reliability
Engineering Law & Management
Project management, engineering ethics, professional practice
500 Level Resources - Specialization & Research
Final year specialization, advanced research, and engineering design projects.
Research & Specialization
Applied design projects, specialized topics, final year engineering project.
Access 500 Level ResourcesApplied Design Project
Engineering design, CAD modeling, technical drawing
Automotive Engineering
Vehicle design, engine systems, vehicle dynamics
HVAC & Thermal Systems
Air conditioning, heating systems design
Advanced Renewable Energy
Bio-energy systems, hybrid renewable systems
Final Year Project
Research thesis, experimental work, presentation
Professional Practice
Career preparation, engineering ethics, regulations
Admission Requirements
UTME Requirements
- Minimum UTME score as set by JAMB and FUTA
- Subject combination: English Language, Physics, Mathematics, and Chemistry
- Five O'Level credit passes in no more than two sittings
- O'Level credits must include: English, Mathematics, Physics, and Chemistry
Direct Entry Requirements (200 Level)
- A'Level passes in Mathematics and Physics (minimum grade C)
- ND Upper Credit in Mechanical Engineering or related discipline
- GCE Advanced Level passes in science subjects
- Plus O'Level requirements as stated above