Mathematics (MAT) Course Units

B.Sc. General Degree Course Units

Each student should take course units having a minimum cumulative credit value of 27.0

FIRST YEAR
Semester I

MAT 111 2.0   Fundamentals of Logic and Set Theory	c
MAT 112 2.0  Differential Equations	c
MAT 113 1.0   Complex Numbers and Vectors	c
MAT 119 0.0  Mathematical Software I	c
MAT 114 1.0  Basic Mathematics	*

Semester II

MAT 121 2.0   Linear Algebra I	c
MAT 122 2.0   Calculus	c
MAT 123 1.0   Vector Calculus	c
MAT 129 0.0  Mathematical Software ll	c

SECOND YEAR
Semester I

MAT 211 1.0  Linear Algebra II	c
MAT 212 2.0 Real Analysis I	c
MAT 213 2.0 Numerical Methods	c

Semester II

MAT 221 2.0  Functions of Several Variables	c
MAT 222 2.0   Partial Differential Equations	c
MAT 223 1.0   Basics of Number Theory	c

THIRD YEAR
Semester I

MAT 301 2.0 Abstract Algebra	c
MAT 302 2.0 Complex Analysis	c
MAT 303 1.0 Classical Mechanics	o
MAT 304 1.0 Optimization I	o

Semester II

MAT 326 1.0 Fluid Dynamics	o
MAT 327 1.5 Numerical Analysis	c
MAT 328 1.5 Quantum Mechanics I	c
MAT 329 1.0 Mathematical Modelling I	o
MAT 330 1.0 Electromagnetic Theory I	o
MAT 331 1.0 Algorithm and complexiry	o*

 

Special Degree Course Units

Part I
Semester I

MAT 301 2.0 Abstract Algebm	c
MAT 302 2.0 Complex Analysis	c
MAT 303 1.0 Classical Mechanics	c
MAT 304 1.0 Optimization I	c
MAT 351 2.0 Number Theory	c
MAT 354 2.0 Operational Research I	c
MAT 355 3.0 History of Mathematics	c
MAT 356 2.0 Distribution Theory (based on STA 374 2.0)	o
MAT 357 2.0 Design of Experiments (based on STA 373 2.0)	o
MAT 358 1.5 Neural Networks (based on CSC 302 1.5)	o
MAT 360 2.0 Organizational Behaviour (Marketing)(based on MAN 3012.0)	o
MAT 361 2.0 Forecasting (based on MAN 302 2.0)	o
MAT 362 1.0 Environmental Chemistry (based on CHE 309 1.0)	o
MAT 363 1.0 Basic Chemical Engineering (based on CHE 312 1.0)	o
MAT 364 1.0 Food Chemistry (based on CHE 320 1.0)	o
MAT 365 1.0 Forensic Science (based on CHE 328 1.0)	o
MAT 366 1.0 Introduction to Microprocessors (based on PHY 322 1.0)	o
MAT 367 1.0 Nuclear Physics (based on PHY 325 1.0)	o
MAT 368 1.0 Geophysics (based on PHY 326 1.0)	o
MAT 369 1.0 Work Shadowing (based on PHY 333 1.0)	o

Semester II

MAT 326 1.0 Fluid Dynamics	o
MAT 327 1.5 Numerical Analysis	c
MAT 328 1.5 Quantum Mechanics I	c
MAT 329 1.0 Mathematical Modelling I	c
MAT 330 1.0 Electromagnetic Theory I	o
MAT 331 1.0 Algorithm and complexiry	o*
MAT 352 2.0 Topology	c
MAT 353 2.0 Computational Mathematics	c
MAT 376 2.0 Group Theory	c
MAT 377 2.0 Complex Variables	c
MAT 379 2.0 Statistical Modelling(based on STA 359 2.0)	o
MAT 381 2.0 Data Analysis and Preparation of Statistical Reports	o

Part II
Semester I

MAT 451 2.0 Measure Theory	c
MAT 452 2.0 Optimization II	c
MAT 453 2.0 Ring Theory	c
MAT 454 1.5 Geometrical Transformations	o
MAT 455 2.0 Graph Theory	c
MAT 457 1.0 Technical Writing Skills	c
MAT 458 1.5 Relativity	o
MAT 460 2.0 Industrial Internship Programme	c
MAT 461 1.5 Principles of Management	c
MAT 463 1.5 Applied Mathematical Techniques	c
MAT 499 1.0 Project	c

Semester II

MAT 476 2.0 Field Theory	c
MAT 477 1.5 Quantum Mechanics II (Prerequiest MAT 328 1.5)	o
MAT 478 2.0 Mathematical Modelling II	c
MAT 479 1.5 Operational Research II	o
MAT 480 2.0 Functional Analysis	o
MAT 481 1.5 Differential Geometry	o
MAT 482 2.0 Advanced Numerical Techniques	c
MAT 483 1.5 Financial Mathematics	c
MAT 484 1.5 Electromagnetic Theory II (Prerequiest MAT 330 1.0)	o
MAT 485 2.0 Module Theory	c
MAT 486 1.0 Rotational Systems	c
MAT 499 3.0 Project	c