Specialized Program Planning
To strengthen students’ professional knowledge and training, and to enhance their competitiveness in the job market, the Department has designed specialized modular programs based on industry trends and market demands.
These programs are organized according to the characteristics of each division, helping students clearly understand which courses to take and what professional skills are required in each field.
Although each program operates independently, students are encouraged to take courses across different programs according to their interests, thereby broadening and reinforcing their professional knowledge and capabilities.
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Applicable to students admitted in the 2024 academic year and thereafter. (Students admitted before the 2023 academic year may choose either the previous or the new curriculum.) |
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Students must complete at least one of the following programs before graduation. |
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Program Name |
Program Features |
Program Course List
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High Frequency Technology Program |
This program integrates electrical and electronic engineering courses to cultivate professionals skilled in high-frequency electronic circuits and antenna design, in line with industry needs. The curriculum covers electronic circuit design, RF circuit and antenna design, and analog IC design, supported by expert faculty and well-equipped specialized laboratories.
Students will have access to both software and hardware resources, including the nation’s most advanced anechoic chamber, a microwave measurement laboratory, and a unique base station laboratory. Through a balanced approach of theory and practice, the program builds a strong foundation in theoretical analysis, simulation, fabrication, and measurement for high-frequency circuits and antenna systems.
In addition, industry mentorship and internship opportunities are arranged to help students connect with the professional field early and enhance their career readiness. |
Program Course List |
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Telecommunication Engineering Program |
The Telecommunication Engineering Program offers a comprehensive curriculum covering major areas such as physics/electrical fundamentals, mathematics, communications, software programming, and electronics. The program fully encompasses the core courses of electrical engineering as well as the specialized subjects in communication engineering.
The curriculum emphasizes both fundamental and advanced studies in mobile communication technologies, including key courses such as Analog and Digital Communications, Introduction to Mobile Communications, Digital Signal Processing, Communication Signal Processing, Wireless Communication Laboratory, and 4G/5G Mobile Communications.
This program highlights the integration of theory and practice, with a focus on software-defined radio (SDR) and mobile communication technologies. Through close collaboration with the industry, it aims to cultivate professionals who meet practical industrial demands.
Graduates will possess diverse career opportunities in fields such as mobile communication hardware/software engineering, mobile communication testing and design, communication IC design, and other communication electronics industries. |
Program Course List |
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Artificial Intelligence Program |
The Intelligent Computing and Communications Program is designed to focus on the integration of intelligent computing and communications, aiming to cultivate ICT software professionals with core competencies in programming, multimedia communications, software-defined networking (SDN), machine learning, cloud computing, Internet of Things (IoT), and big data. This is in response to industry upgrading, internationalization, and emerging ICT developments. The program emphasizes intelligent computing as its core, with programming as the primary technical skill, while strengthening capabilities in cloud system integration. It further focuses on three major R&D areas: next-generation network technologies, machine learning, and data analytics. At the same time, the program stresses the importance of foundational courses, such as probability and statistics and programming, to ensure students can apply theoretical knowledge in software implementation. Graduates are thus equipped to become experts with both theoretical and practical skills in ICT technologies. |
Program Course List |