General Physics Laboratory, BSC108, Mechanics, turgut.yilmaz@xmu.edu
General Physics I , BSC106, Motion, turgut.yilmaz@xmu.edu.my
The objective of this course is to introduce research methodology for postgraduate candidates. The course will provide students with the necessary knowledge and skills to develop and carry out research. ln particular, the course aims at teaching students about research design, strategies, methods, and processes.
Course Name: Computer Architecture
Course Code: CST308
Course Description: This course covers architectural techniques such as pipelining, pipeline dependencies and hazards, out-of-order execution, branch predictor, VLIW processors, multiprocessors, and Vector, SIMD, GPU micro-architectures.
Lecturer Email: hafizah.arazak@xmu.edu.my
This course covers the fundamentals of multimedia technology and multimedia design application. It lays the foundation for the theoretical, conceptual, and technical development of multimedia. Thank you.
Semester 202604
CST309 Computer Networks and Communication Li Jing (DSC)
This course provides a thorough introduction to the C programming language, covering the fundamental topics in C programming language such as: types, operators, expression, control flow, functions, pointers, arrays, input, output, and the basic of Unix System Interface. At the end of the course, the student will be able to write code in C programming language using proper syntax and grammar. More importantly, the student will be able to possess practical skills in testing, debugging and evaluating the correctness of a program based on the execution results.
This course introduces computer organization looking at data representation, computer arithmetic, instruction of set architecture, data-path and control, memory organization, I/O, communications, and trends in computer architecture. In addition we will build a virtual computer from basic components up to a working architecture that can be programming in machine code.
This course introduces students to academic research, covering literature review, research methods, data collection, and analysis. Students will also learn how to write project proposals and communicate their work effectively in both written and oral forms. By the end, they will be prepared to conduct research projects on their chosen topics.
This course covers fundamentals of discrete linear systems, discrete time Fourier transform, Z transform, digital filter, finite impulse response filter, infinite impulse response, and Fourier transform.