Major technological development in materials manufacturing is now engulfing the industrial world. Advancements in light-weight metals, composites, high temperature materials, surface treatments and materials with special mechanical, electrical, optical and magnetic properties brought on a more diverse and profitable development for our nation. Not only that, the result is all around, improving our lives.
Materials engineering entails the selection, processing, understanding, development and service performance of materials. It involves the knowledge of engineering in the process and development of materials.
The programme aims to provide students with the knowledge and skills necessary for the design, development, production and application of engineering materials. This is achieved through a comprehensive study of the relationships between the structure, processing and properties of materials.
Information Skills
TITAS I&II
Thinking and Communications Skills
Moral and Ethics in the Engineering Profession
Economics, Finance and Engineering
Project Management
Engineering Law
Management, Entrepreneurial and Engineering
Basic Engineering Calculus
Basic Engineering Algebra
Normal Differential Equations
Vector Analysis
Basic Material Science
Communication Skills
General Practical Engineering
Introduction to Thermodynamics
Computer Assisted Drawing(CAD) and Engineering Drawing
Applied Mechanics
Material Production
Material Thermodynamics
Polymer Science and Technology
Computer Programming
Solid Mechanics
Micro Structure and Phase Transformation
Polymer Engineering
Non- Ferrous Alloy
Basic Ceramics
Applied Engineering Mathematics
Materials and Electronic Devices
Transportation Phenomena
Instrumentation and Measuring Techniques
Shape Manipulation of Solids
Alloy Engineering
Design Against Failure
Computational Material Engineering
Capstone Project
Composite Materials
Rust Engineering
Ceramics Processing
Research & Publication 
