Master's Program in Information and Communication Systems Engineering Program

Training engineers and researchers proficient in technology spanning from hardware to software.

From a basic knowledge of mathematics, physics, and electric circuit design, students acquire specialized knowledge, engage in practical lab work as well as research activities to enhance their expertise. Moreover, one aim of the program is to improve students’ ability to think logically to convey their thoughts in an easy-to-understand manner as they present the basis for their ideas and maintain the capability to respond flexibly while understanding their own roles and engaging in appropriate communication within their teams. We seek to educate engineers with the capability to demonstrate high-level competencies in engineering fields ranging from hardware to software for constructing information communication systems.

Summary

Diploma Policy

A degree will be awarded to those who complete the prescribed period, earn the required credits, pass the thesis examination, final exam, and fulfil the following requirements:

(1) Possess advanced and specialized knowledge and skills backed by fundamental knowledge and techniques in the natural sciences, as well as in information engineering and communication engineering, and have acquired the necessary education for becoming advanced specialists and researchers.

(2) Have the ability to independently discover solutions to undefined technical problems in interdisciplinary fields of information engineering and communication engineering, and possess advanced specialized knowledge, logical thinking, and technical skills in system engineering, software and hardware, information processing, network engineering, media engineering, etc., required for problem-solving.

(3) Apply advanced specialized knowledge and skills in system engineering, software and hardware, information processing, network engineering, media engineering, etc., to solve problems from both information engineering and communication engineering perspectives while also developing the ability to contribute to diverse societies with a broad perspective.

(4) Have advanced presentation and communication skills, with the ability to logically explain and communicate their thought and judgment processes, supported by concrete examples and evidence.

(5) Develop the ability to execute group work and research activities effectively, utilizing team-building methods to establish strong cooperative relationships.

(6) Understand the ethics and social responsibilities that must be upheld as advanced technical specialists and researchers in the fields of information engineering and communication engineering.
Curriculum Policy

To equip students with the abilities outlined in the Diploma Policy, the curriculum is based on the following principles:

(1) Provide courses that develop foundational knowledge and general abilities required for applying and developing engineering theories in interdisciplinary fields of information engineering and communication engineering while also ensuring the acquisition of advanced specialized knowledge and skills in system engineering, software and hardware, information processing, network engineering, and media engineering.

(2) Apply advanced specialized knowledge and skills in system engineering, software and hardware, information processing, network engineering, and media engineering, as well as general abilities, to set and solve problems from a broad perspective. Provide courses that teach practical learning through collaboration with others in planning, execution, verification, and improvement.

(3) Provide courses that help students understand the ethics and social responsibilities to be upheld by advanced engineers or researchers while respecting life, adhering to laws, and prohibiting actions such as data falsification, theft, and plagiarism.