| Bachelor's Core Courses |
Advanced Mathematics I | 98 |
Advanced Mathematics II | 99 |
Linear Algebra | 97 |
| Physics I | 99 |
Physics II | 96 |
Complex Functions and Integral Transformations | 100 |
| Physics Experiments I | 95 |
Physics Experiments II | 87 |
Mathematical Equations and Special Functions | 95 |
| Electronic Circuit Analysis | 100 |
Analog Electronic Circuits | 90 |
Pulses and Digital Electronic Circuits | 88 |
| Signal and System | 100 |
Digital Signal Processing | 86 |
Design of Pulses and Digital Electronic Circuits | 90 |
| Antenna | 94 |
Computer Principles and Applications | 85 |
Electromagnetics Fields and Electromagnetic Waves | 86 |
| Microwave Technology | 95 |
Principles of Communication | 92 |
High Frequency Electronic Circuits | 91 |
| Stochastic Signal Processing | 92 |
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| Excellent Bachelor's Thesis: Research of ISPLSI Developing System and Programming Methods (90)
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| Master's Core Courses |
Information Theory and Coding | 91 |
Fiber Optic Communication | 91 |
Digital Communication | 86 |
| Image Coding and Processing | 95 |
Modern Electromagnetics Theory | 88 |
Discrete Mathematics | 85 |
| Digital Signal Processing II | 95 |
Signal Detecting and Evaluating | 84 |
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| Master's Thesis: Research on optical add/drop multiplexers (OADM) based on arrayed waveguide grating (AWG)
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| Ph.D. Courses |
Photonic Communication Systems and Devices | A+ |
Physics and Modeling of Semiconductor Devices | A |
Fourier Optics and Optical Signal Processing | Audit Credit |
| Low-Voltage CMOS Devices and Circuits | A+ |
Machine Intelligence | A+ |
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| Ph.D. Thesis: Design and characterization of silicon-on-insulator passive polarization converter with finite element analysis |