Material Science and Engineering (MSE)

Study Plan

Compulsory Courses (Each course weights 3 credit hours)

  1. Applied Engineering

MSE 221

Fundamentals of Materials Science 

MSE 222

Materials Science Lab.,

MSE311

Structures and Properties of Materials

MSE 312

Physics of Solid Materials

MSE 313

Chemistry of Materials 

MSE 314

Thermodynamics and Phase Transformations in Solids

MSE 315

Fundamental of Materials Processing

MSE 316

Project Based Learning on MSE

MSE 321

Seminar on MSE

MSE 322

Mechanical Behavior of Materials

MSE 323

Mathematical Methods for Materials Computation

  1. Specialization

MSE 324

Ceramic and glasses

MSE 325

Polymeric Engineering Materials

MSE 411

Electrochemistry and Corrosion 

MSE 412

Structural metallic materials

MSE 421

Nanomaterials for Engineers

MSE 422

Materials Selection in Engineering Design and Failure analysis

Graduation Project

MSE 410 Graduation Project (1)

MSE 500 Graduation Project (2) 

Industrial Training

MSE 599 Industrial Training (2 modules)

Elective Courses (Each course weights 3 credit hours)

MSE 414

Organic Chemistry

MSE 415

Materials Characterization 

MSE 416

Kinetics and Diffusion processes of Materials

MSE 417

Introduction to composite materials

MSE 418

Functionally graded Materials

MSE 419

Science and Engineering of Nonferrous Materials 

MSE 423

Electronic Properties of Materials

MSE 424

Biomaterials

MSE 425

Electron Microscopy and Diffraction Theory

MSE 426

Thin Film Technology

MSE 427

Smart Materials

MSE 428

Materials for Energy Applications

MSE 429 

Magnetic Materials 

MSE 430

Semiconductor Materials

MSE 431

Introduction of Advanced Materials

MSE 432

Optical Properties of Materials

MSE 433

Deformation and Fracture of Engineering Materials

MSE 434

Fundamentals of Stress and Strain, and Deformation of Metals

MSE 435

Intermolecular Force and Aggregation

MSE 436

Continuum Mechanics

MSE 437

Dielectric Materials Science

MSE 438

Lattice Defects and Dislocation

MSE 439

Advanced Physical Metallurgy

MSE 440

Extractive metallurgy