Specialty Entry and Exit | |
1. Specialty Entry’s Requirements | |
Students with majors in electronic information science and technology, microelectronics science, communication engineering and integrated circuit design must have sound foundations in computer science, physics, math and English. These four majors have the same standards for the admission courses. The numbers of students admitted shall be based on the current year’s discipline distributions and the documents concerning specialty admissions. | |
Students are usually admitted in their first or second year. There are eight entry courses. At the end of the second semester, students from other departments or colleges who apply for admission will have received 6 credits from the entry courses. At the end of the fourth semester, they must have received at least 15 credits from these entry courses. In addition, students applying for admission are required to pass relevant written tests and interviews. All matters concerning changing majors are handled in accordance with the university’s uniform arrangements. | |
Course Title College Physics Experiments College Physics I College Physics II Circuit Analysis Circuit Analysis Experiments Analog Circuit Analog Circuit Experiments Signals and Systems | Credits 3 4 4 3 1 3 1 3 (on-going) |
2. Specialty Exit Requirements | |
1. Major in electronic information science and technology | |
There are a total of 14 exit courses, totaling 33 credits, plus the completion and success in defense of the graduation thesis/design. | |
Course Title [1] Foundations of ComputerScience I Foundations of ComputerScience II Digital System I Digital System Experiments I Digital System II Probability and Stochastic Processes Digital Signal Processing Methods of Mathematical Physics Electromagnetic Field Theory and Microwave Technology Microwave Measurement & Experiments College Physics III Quantum Physics and Quantum Communication High Frequency Circuits High Frequency Circuit Experiments | Credits 3 3 3 1 3 3 2 4 3 1 2 2 2 1 |
2. Major in microelectronics science | |
There are a total of 11 exit courses, totaling 30 credits, plus the completion and success in defense of the graduation thesis/design. | |
Course Title Digital System I Digital System Experiments I Foundations of Computer Science I Digital Signal Processing Electromagnetic Field Theory and Microwave Technology Microelectronics Processing College Physics III Semiconductor Physics Fundamentals of Semiconductor Devices Quantum Physics and Communication Probability and Stochastic Processes | Credits 3 1 3 2 3 3 2 4 4 2 3 |
3. Major in communication engineering | |
There are a total of 12 exit courses, totaling 30 credits, plus the completion and success in defense of the graduation thesis/design. | |
Course Title Digital System I Digital System Experiments I Electromagnetic Field Theory and Microwave Technology Digital Signal Processing Foundations of Computer Science I Microwave Measurement & Experiments Methods of Mathematical Physics Mobile Communication Data Communication Principles of Communication Principles of Communication Experiments Probability and Stochastic Processes | Credits 3 1 3 2 3 1 4 2 3 4 1 3 |
4. Major in integrated circuit design | |
There are a total of 10 exit courses, totaling 28 credits, plus the completion and success in defense of the graduation thesis/design. | |
Course Title Digital system I Digital system I Experiments Foundation of Computer science I Digital signal Processing Electromagnetic Field Theory and Microwave Technology Microelectronics Processing (with Experiments) Semiconductor Physics and Devices Analog Integrated Circuit 1 (with Experiments) Digital Integrated Circuit I (with Experiments) Probability Theory and Stochastic Processes | Credits 3 1 3 2 3 3 4 3 3 3 |
