Department of Metallurgical and Materials Engineering
School of Infrastructure, Manufacturing and Minerals Engineering (SIMME) • Federal University of Technology, Akure
About the Department
The Department of Metallurgical and Materials Engineering at the Federal University of Technology, Akure (FUTA), within the School of Infrastructure, Manufacturing and Minerals Engineering (SIMME), is dedicated to advancing knowledge and application of materials science and metallurgical processes. Our department trains highly skilled engineers capable of developing, designing, and optimizing materials and processes for advanced technological applications across aerospace, automotive, energy, manufacturing, and other critical sectors.
Metallurgical and Materials Engineering involves the mastery of the science and engineering of metals, ceramics, polymers, and composite materials. Our comprehensive curriculum integrates materials science, metallurgical thermodynamics, physical metallurgy, mechanical metallurgy, materials processing technology, and advanced characterization techniques. Students develop expertise in materials selection, processing, microstructure analysis, property prediction, phase transformation, corrosion control, and materials failure analysis.
The department features state-of-the-art materials laboratories equipped with sophisticated analytical instruments including scanning electron microscopes, X-ray diffractometers, thermal analysis systems, mechanical testing equipment, and metallographic workstations. We maintain strong partnerships with industries in aerospace, automotive, energy, and mining sectors, providing students with industrial projects, research collaborations, and practical exposure to metallurgical plant operations and advanced materials processing facilities.
Graduates of Metallurgical and Materials Engineering are highly sought professionals in aerospace industries, automotive manufacturing, energy sectors, mining operations, materials research institutions, and quality assurance roles. They excel as materials engineers, process engineers, quality control specialists, research scientists, and technical consultants. Our alumni contribute significantly to innovation in materials technology, industrial productivity, and development of sustainable advanced materials for next-generation applications.
What We Offer
Academic Programs
- B.Eng in Metallurgical and Materials Engineering - 5-year undergraduate program
- B.Tech in Metallurgical and Materials Engineering - 4-year technology program
- M.Eng in Materials and Metallurgical Engineering - Postgraduate specialization program
- Ph.D in Materials Science & Engineering - Advanced research degree
Core Focus Areas
- Materials Science & Characterization
- Metallurgical Thermodynamics
- Physical Metallurgy & Phase Transformations
- Mechanical Metallurgy & Failure Analysis
- Extraction & Mineral Processing
- Corrosion Engineering
- Advanced Composites & Nanomaterials
- Materials Processing & Manufacturing
Laboratory Facilities
Metallography & SEM Laboratory
Scanning electron microscopy, microstructure analysis, specimen preparation
X-ray Diffraction Laboratory
Crystal structure analysis, phase identification, crystallography
Materials Testing Laboratory
Tensile testing, hardness testing, thermal analysis, mechanical properties
Research Focus Areas
Our department conducts advanced research in metallurgical and materials engineering disciplines:
Materials Science & Characterization
Microstructure analysis, crystal structure determination, phase identification, advanced microscopy, spectroscopy analysis.
Metallurgical Thermodynamics & Kinetics
Equilibrium calculations, phase diagrams, thermodynamic modeling, reaction kinetics, transport phenomena.
Physical Metallurgy & Phase Transformation
Crystallization, precipitation, diffusion, grain growth, martensitic transformation, heat treatment optimization.
Mechanical Metallurgy & Failure Analysis
Stress-strain behavior, fatigue analysis, fracture mechanics, failure investigation, material selection for applications.
Extraction & Mineral Processing
Ore processing, metal extraction, pyrometallurgy, hydrometallurgy, waste reduction and recycling.
Corrosion Engineering
Corrosion mechanisms, material degradation, protection systems, coating technology, high-temperature corrosion.
Advanced Materials & Composites
Polymer engineering, ceramic materials, composite design, nanomaterials, smart materials development.
Materials Processing & Manufacturing
Casting technology, foundry processes, welding engineering, powder metallurgy, metal working operations.
Career Opportunities
Metallurgical and Materials Engineering graduates pursue diverse careers across multiple industries:
Aerospace Materials Engineer
Design aerospace materials and components for flight
Automotive Materials Engineer
Develop materials for automotive performance and safety
Process Engineer
Optimize metallurgical production and manufacturing processes
Materials Scientist
Research and develop new advanced materials
Quality Assurance Engineer
Ensure materials meet specifications and standards
Production Manager
Oversee metallurgical plant operations
Failure Analysis Engineer
Investigate material failures and prevent recurrence
Corrosion Control Specialist
Develop corrosion protection strategies
Academic & Researcher
Teach and conduct research at universities
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 Metallurgical Engineering or related discipline
- GCE Advanced Level passes in science subjects
- Plus O'Level requirements as stated above
Course Materials & Resources
Find Your Materials in the General Library
All lecture notes, past questions, textbooks, and study packs for every level of Metallurgical and Materials Engineering now live in one place — the LEGACY General Library.
Go to General Library