Combining professional courses with practical skills and professional practice
Comprehensive career development and immediate employability upon graduation

The most challenging aspect of pursuing an education is not understanding how to apply the theories learned. This is why Yuan Ze University emphasizes practical experience and internships in its curriculum, giving students a chance to apply their knowledge and demonstrate their capabilities. Through these experiences, students can better understand their strengths and weaknesses, and gain a competitive edge in the job market upon graduation.

Developing foreign language skills and enhancing global awareness
YZU continuously enhances students' English proficiency in response to internationalization trends. In addition to the mandatory 12 credits of English general education courses, students are required to take professional courses taught in English. This allows them to continuously improve their English proficiency throughout their four years of study. Moreover, students can participate in international exchange programs with various departments. By participating in international exchange programs, students can interact with international peers, adapt to an English-speaking environment, and improve their ability to speak foreign languages. These experiences also serve as a valuable asset to enhance their resumes for future career opportunities.

• Intelligent systems
• Mechatronics integration
• Power Electronics
• Robotics
• Signal processing
• Smart grid

• Cloud computing
• Computer vision
• Image processing
•  Intelligent biomedicine
• Machine learning
• Next-generation networks
• Social multimedia
  

• Digital signal
• Integrated circuit and system chip design
• Mixed-signal
• Multimedia
• Smart chip systems
  

Elite talent training according to age and ability
Undergraduate Electrical Engineering education emphasizes a solid foundation in theoretical knowledge and practical skills. Our goal is to prepare students to solve real-world problems, to understand the importance of interpersonal relationships and teamwork, and to become valuable members of society. Electrical engineering graduate education emphasizes cultivating advanced research and development talent. Different areas of specialization are offered to strengthen the training in both theoretical and practical aspects and to develop the student's ability to conduct independent research.

Careers

The field of study in electrical engineering is broad, and graduates have a wide range of options for further studies or career paths, such as biomedical engineering, electronic engineering, electrical engineering, control engineering, artificial intelligence, machine learning, power systems engineering, communication engineering, optoelectronic engineering, and more. Some suitable career options include:

• Hardware development engineer - responsible for designing hardware, such as integrated circuits (ICs).
• Software development engineer - responsible for developing software applications, such as those used in artificial intelligence.
• Software and hardware integration engineer - responsible for integrating software and hardware systems, such as those used in control systems.

Department Website：https://eea.ee.yzu.edu.tw/

Department Office： Building 7, 5th Floor, Room 70512

Department Telephone：+886-3-4638800 #7101、7102

3 Major Research Area x 4 Major Group
A systematic and complete approach to course planning, with a smooth progression from shallow to deeper learning

Courses are planned and categorized according to group attributes. As a result, students are able to understand which courses are relevant to each field as well as specialties they may acquire and industry trends. As part of the IEET engineering certification program, students are required to complete a graduation project guided by their advisors. This project trains students in integrating engineering design and gaining practical experience, as well as cultivates their ability to write and present project reports and solve complex problems.

The industries of mobile phones, landlines, wireless networks, digital broadcasting, communication IC design, and satellite communication are booming globally. To prepare undergraduate students for the future, our department offers general requirement courses in electrical and electronic-related subjects in their first two years so that they can establish a solid foundation in electrical engineering. In the later years of undergraduate and graduate studies, students will be guided to explore key areas of communication engineering (multimedia communication and networks, communication systems and signal processing, antenna and microwave engineering, and chip design) based on the vertical integration of the communication industry.

Artificial Intelligence Learning Program with Cross-Group Expertise
Providing students with the skills they need to succeed in the future

The undergraduate program offers a cross-disciplinary AI Group (Artificial Intelligence), which includes several AI-related courses such as machine learning, deep learning, artificial intelligence, computer vision, image processing, and neural networks. The program will focus on AI-based technology and implementation in the future, including applications in IoT (Internet of Things), Industry 4.0, biomedical and biometric identification, and self-driving cars.

Communications Research Center x Resources that bridge industry and academia
Shorten the gap between industry and education by experiencing social dynamics in advance
The Department of Electrical Engineering at Yuan Ze University (Program B) maintains ongoing collaborative projects with the Academia Sinica, Industrial Technology Research Institute, Institute for Information Industry, and several communication industry partners. The department also has close academic exchanges with foreign universities and offers opportunities for students to study abroad through exchange programs.

• 5G communication
• Communication signal processing
• Internet of Things (IoT) communication
• Massive MIMO communication
• Radar systems
• Software-defined radio (SDR)
• Wireless communication

• 5G key components
• Integrated and applied smart antenna
• Millimeter wave technology
• RF IC design and measurement
• Ultra-high-speed digital transmission signal integrity
  
  

• 5G IoT
• Cloud computing
• EVs on the Internet
• Mobile edge computing
• Network function virtualization
• Software-defined networking
  

• Autonomous driving technology
• Robot vision
• Smart living
• Smart speakers
  

Future Studies

The department offers undergraduate, master's, and doctoral programs, with a complete education system that emphasizes both theoretical research and practical development. We encourage students to pursue further education and obtain higher academic degrees. Students may also choose to study abroad or apply to related departments, such as electrical engineering, electronics, and telecommunications.

Careers

Our department graduates have excellent development opportunities, whether they pursue further education or enter the workforce. More than half of our undergraduate students continue their studies in domestic or international research institutes. Their research abilities leave a deep impression on their advisors. For those who choose to enter the workforce, on average, over three excellent job opportunities are available for master's and doctoral graduates from our university and research institutes. Many of our alumni are now executives at well-known companies. Employers frequently rank our department graduates as one of their top candidates on job search websites.

Graduates of our department are suitable for a wide range of job opportunities, such as:

Software development engineers/managers/consultants/researchers

AI, big data analysis, IoT design and development, app design and development, software design and development, and application software development.

Firmware design engineers/managers/consultants/researchers

Embedded systems, driver software design and development, FPGA design and development, ARM/8051 design and development, DSP design and development, and SoC design and development.

Hardware engineers/managers/consultants/researchers

IC design and development, antenna design and development, digital circuit design, analog circuit design, microwave circuit design, signal integrity/power integrity design, hardware system design and development, and equipment development and maintenance.

System engineers/managers/consultants/researchers

Design and develop solutions to complex applications, system management, or network problems.

Algorithm design engineers/managers/consultants/researchers

Design and develop core software and hardware algorithms.

Department Website：https://eeb.ee.yzu.edu.tw/

Department Office：Building 7, 5th Floor, Room 70504

Department Telephone：+886-3-4638800 #7301、7302

Three-stage curriculum design - basic courses, system courses, and practical application courses.
The ability to implement competitiveness will be your major tool for gaining a foothold in society.
Through professional courses, combined with relevant experiments and project work, graduates are equipped with practical competitiveness in society. English proficiency is continuously and comprehensively enhanced to meet the trend of internationalization. Besides the mandatory 10-credit English general education course, students are required to take professional English courses throughout their four years of study, allowing them to continuously improve their English proficiency.

• 3D Printing Laboratory
•  Advanced Optoelectronics Laboratory
• Advanced Technology Laboratory
• Device Physics and Testing Laboratory
• Energy-Saving Lighting Laboratory
• Holographic Laboratory
• LCD and Flat Panel Display Research Laboratory
• Nanophotonic Device Laboratory
• Nanosensor Laboratory
• Optical Design and Holography Laboratory
• Optical Laboratory
• Optoelectronic Component Laboratory
• Optoelectronic Polymer Laboratory
• Optoelectronic Semiconductor Device and Measurement Laboratory
• Optoelectronic System Laboratory
• Optoelectronics Laboratory
• Organic Semiconductor Laboratory
• Photonics Laboratory
• Thin Film Solar Cell Laboratory
  

Two major research areas are Semiconductors and Green Energy and Opto-Electro-Mechanical Systems and Optical Information

Optoelectronic materials and components for semiconductors and green energy：

• Thin film technology
• Nanotechnology
• Light-emitting diodes
• Organic optoelectronic semiconductors
• Conjugated polymer materials
• Solar cells
• Thin-film transistors

Research in Opto-Electro-Mechanical Systems and Optical Information - combining optics, mechanism, electricity, and software：

• Artificial intelligence for image recognition and IoT applications
• Biomedical sensing and detection
• Color science
• Digital image processing
• Laser and radar technologies
• Optical design and optomechanical design
• Single-chip systems and optoelectronic applications in the Internet of Things (IoT)
  

Future Studies

The department offers undergraduate, master's, and doctoral programs, with a complete education system emphasizing theoretical research and practical development. We encourage students to pursue further education and obtain higher academic degrees. Students may also study abroad or apply to related departments, such as semiconductors, optoelectronics, the Internet of Things, and artificial intelligence.

Careers

Graduates from our department are highly sought after and well-received in related positions in the industrial and commercial sectors and government agencies. These positions include semiconductor industry engineers (including IC design, manufacturing, and packaging and testing; sensors; OLED screens), optoelectronics industry engineers (including sub-industries such as optical communication, digital cameras, displays, LEDs, lighting, solar energy, sensors, lasers, and applications), and IoT and AI-related engineers (in finance, unmanned factories and shops, wearable devices, remote medical care, and elderly care, among others).

Department Website：https://eec.ee.yzu.edu.tw/

Department Office：Building 7, 5th Floor, Room 70502

Department Telephone：+886-3-4638800 #7501

First English-language multi-field electrical engineering program in the country
Cultivate international mobility among electrical engineering technology and management professionals.
Professional courses are taught in English, emphasizing interdisciplinary learning and integration. 

Applied Learning Program with Diversified Practices x Cultivation of Technology Management Ability
Enhance the future opportunities of students by inspiring and expanding their development potential.
The program offers over ten popular practical application courses for students to choose from, providing them with a sense of direction in their studies. Upon completion of these courses, students will be awarded a certificate for the respective program.

We have set aside elective credits specifically for students to take management courses from other departments (such as technology management, engineering management, financial management, information management, law and humanities, etc.) to strengthen their understanding of basic concepts in management. The future will be more competitive for students who work across disciplines and possess a wide range of skills.

Learn professional courses in an English-speaking environment
Develop international talent and enhance students' employment prospects.
Throughout the program, English is the only language used in all the courses, including professional foundation courses, intermediate and advanced courses. Along with the university's standard English required courses, there are also courses designed specifically for professional foundations, such as "Technology English Reading", "Technology English Conversation", "Technology English Presentation", and "Technology English Writing". The university hires full-time foreign teachers and senior professors who teach in English to help students improve their English proficiency.

國內就業

學生可至國內電機、通訊、電子、光電等相關產業工作，比如台積電、聯發科、華碩、鴻海 … 等等之國際級公司。

海外就業

學生可至國外電機、通訊、電子、光電等相關產業工作，比如IBM、Intel、Google、Microsoft … 等等之跨國大企業。

升學國內研究所

本學院學生大多會繼續升學，超過70%考上國立大學研究所、超過20%考上元智。

海外留學

加州大學、密西根大學、華盛頓大學、南加大、佛羅里達大學…等名校。

系網：https://www.ei.yzu.edu.tw/
系辦：七館五樓 R70511

電話：+886-3-4638800 #7901